Input: [Application] Tamper-Evident Seal [Sensor] Luminescence [Industry]

Output: Packaging

Sensors and Electronic Accessories for Gate and Doors; EMX Inc.


Input: [Application] Transparent Bottle Detection [Sensor] Contrast [Industry]

Output: Packaging

Sensors and Electronic Accessories for Gate and Doors; EMX Inc.


Input: [Application] Envelope Manufacturing [Sensor] Luminescence [Industry]

Output: Paper

Sensors and Electronic Accessories for Gate and Doors; EMX Inc.


Input: [Application] Pulp Processing [Sensor] Brightness [Industry]

Output: Paper

Sensors and Electronic Accessories for Gate and Doors; EMX Inc.


Input: [Application] Sugar Color Monitoring [Sensor] Brightness [Industry]

Output: Sugar Processing

Sensors and Electronic Accessories for Gate and Doors; EMX Inc.


Input: [Ingredients:] _ _ PALM OIL

Output: Passiflora Aincamata Oil (Palm Oil) _ Contains healthy plant fats, and high amounts of vitamin E, vitamin K, and beta carotene. _ Benefits Include: Anti-Aging Moisturizing Cancer Fighter

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ _ SHEA BUTTER

Output: Butyrospermum Parkii Oil (Shea Butter) _ Benefits Include: Reduces Wrinkles Antioxidant Anti-inflammatory Deeply Moisturizing Skin strengthening Skin protecting UV protecting Skin Regenerating Minor cuts and burns healing

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ VEGETABLE GLYCERIN

Output: Glycerin (also called glycerol) is a naturally occurring alcohol compound and a component of many lipids. Glycerin may be of animal or vegetable origin.

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ TOCOPHERYL ACETATE

Output: Vitamin E. _ Helps moisturize and soften dry, rough skin and reduce the appearance of fine lines and wrinkles.

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ RASPBERRY (Certified Organic)

Output: _ Organic Rubus Suavissimus (Raspberry)

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ ELDERBERRY (Certified Organic)

Output: _ Organic Sambucus Nigra (Elderberry)

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ MANGO (Certified Organic)

Output: _ Organic Mangifera Indica (Mango)

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ CONEFLOWER (Certified Organic)

Output: _ Organic Echinacea Angustifolia (Coneflower)

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ SEA KELP (Certified Organic)

Output: _ Organic MAcrocystis Pyrifera (Sea Kelp)

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ ICELAND MOSS EXTRACTS

Output: Cetratia Islandica Extracts (Iceland Moss) _ Iceland moss has been used as a cough remedy since the dawn of history, the traditional system of European folk medicine also utilized the Iceland moss in treating cancer growths and tumors. _ Iceland moss also has potent anti-biotic effects.

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Ingredients:] _ PURE ESSENTIAL OILS

Output: _ Extracts from Various Plants to add a wonderful, natural aroma.

Toxic Ingredients Exposed: A Funeral For Dove Soap


Input: [Fat] Olive Oil [Benefits] Is a monounsaturated fat that contains 30-40 antioxidants, especially extra-virgin. When substituted for butter or other saturated fats, it promotes a healthy heart. [Uses]

Output: Drizzle lightly on bread instead of butter. Saute vegetables in olive oil and garlic for extra flavor. Cut up fresh potatoes, toss in a dash of oil, and roast in the oven at 400 F for healthier french fries.


Input: [Fat] Canola Oil [Benefits] Is a good source of plant-based omega-3 fatty acids, which help reduce the risk of heart disease and may reduce the risk of ischemic stroke. [Uses]

Output: Use in cooking whenever you want a neutral tasting oil. Toss with root vegetables, then roast in the oven. Mix a dash of canola oil with lemon juice and salt and pepper, and toss in a salad of apples, fennel, and greens. Use instead of margarine or shortening to grease cookware.


Input: [Fat] Fish: Salmon, Tuna, Trout, Striped Bass, Mackerel, Herring, Sardines [Benefits] Dietary omega-3 fatty acids from fish help reduce the risks of heart disease and sudden cardiac death. [Uses]

Output: Baste a fillet of salmon with a teaspoon of olive oil, toss on some sprigs of rosemary or thyme, some salt and pepper, then roast for 17 minutes at 250 degrees. Make a light tuna salad with a bit of olive oil or canola oil instead of mayonnaise. Brush a fillet of trout with olive oil and lemon, then coat with seasoned breadcrumbs and bake for Mediterranean taste.


Input: [Fat] Nuts: Almonds, Walnuts, Pecans, Peanuts [Benefits] Contain healthy poly- and monounsaturated fats that, when substituted for other fatty foods, can help reduce "bad" LDL cholesterol and total cholesterol levels. [Uses]

Output: Eat raw, as a healthy snack, instead of chips or crackers. Pulverize into crumbs and use to bread a trout fillet, then saute lightly in canola oil. *Avoid nuts roasted with oil and salt.


Input: [Fat] Flaxseeds or Hemp Seeds [Benefits] Are rich in the omega-3 fatty acid called alpha-linolenic acid (ALA), which helps control inflammation and blood pressure, as well as other body functions. [Uses]

Output: Flaxseeds spoil easily, so buy them fresh and keep them in the fridge. Toss into salads, soups, stews, or casseroles.


Input: [Fat] Avocados [Benefits] Are high in heart-healthy monounsaturated fat and are good sources of vitamins E and C, fiber, folate, and potassium. And they’re cholesterol-free. [Uses]

Output: Choose avocados that are firm. When they give under gentle pressure, they’re ripe. If they feel squishy, they’re too ripe. Add chopped or sliced avocado to salads, use in place of mayonnaise on sandwiches, or blend into smoothies


Input: [0] Front axle height [Sports Chassis] -20mm [PASM]

Output: -10mm

Driven: Porsche Boxster Sports Chassis | PistonHeads


Input: [0] Rear axle height [Sports Chassis] -20mm [PASM]

Output: -10mm

Driven: Porsche Boxster Sports Chassis | PistonHeads


Input: [0] Spring rate front [Sports Chassis] +20% [PASM]

Output: +12%

Driven: Porsche Boxster Sports Chassis | PistonHeads


Input: [0] Spring rate rear [Sports Chassis] +25% [PASM]

Output: +15%

Driven: Porsche Boxster Sports Chassis | PistonHeads


Input: [0] Anti-roll bar front [Sports Chassis] +22% [PASM]

Output: +12%

Driven: Porsche Boxster Sports Chassis | PistonHeads


Input: [0] Anti-roll bar rear [Sports Chassis] +46% [PASM]

Output: +10%

Driven: Porsche Boxster Sports Chassis | PistonHeads


Input: [0] Dampers [Sports Chassis] 'Sport Set-up' (passive) [PASM]

Output: PASM

Driven: Porsche Boxster Sports Chassis | PistonHeads


Input: [Meaning] Along with a chime, reminder to fasten seatbelts – turns off when the driver fastens his or her seatbelt [Name]

Output: Seatbelt warning light

Warning Lights - Do You Know What They Mean?


Input: [Meaning] When the ignition is first switched to "ON," indicates that airbags and pretensioners are in normal operation; if it comes on while driving, it indicates improper operation and should be checked immediately [Name]

Output: SRS airbag system warning light

Warning Lights - Do You Know What They Mean?


Input: [Meaning] Indicates a problem or potential problem somewhere in the emission control system; have it checked/repaired immediately (NOTE: This light comes on when the fuel filler cap is not tightened properly.) [Name]

Output: CHECK ENGINE warning light/malfunction indicator lamp

Warning Lights - Do You Know What They Mean?


Input: [Meaning] The charging system is not working properly; check for a loose or broken fan belt; if the fan belt is in good condition and the light remains on, have the car checked/repaired immediately [Name]

Output: Charge warning light

Warning Lights - Do You Know What They Mean?


Input: [Meaning] If the light comes on while the engine is running, it may indicate the oil pressure is low and the lubrication system is not working properly; stop, check oil level and add oil if necessary [Name]

Output: Oil pressure warning lamp

Warning Lights - Do You Know What They Mean?


Input: [Meaning] If the light comes on while the engine is running, it may indicate that the fluid temperature in the automatic transmission is too hot; avoid steep grades or stop-and-go traffic If the light flashes after the engine starts, it may indicate that the control system is not working properly; service immediately [Name]

Output: Automatic transmission oil temperature warning light

Warning Lights - Do You Know What They Mean?


Input: [Meaning] With the ignition first switched to "ON" and goes out aftere about two seconds, indicates the system is working properly If the light does come on, does not turn off or comes on while driving, have the ABS system repaired immediately [Name]

Output: ABS warning light

Warning Lights - Do You Know What They Mean?


Input: [Meaning] Indicates that the brake system may not be working properly; have the brakes inspected immediately [Name]

Output: Brake system warning light

Warning Lights - Do You Know What They Mean?


Input: [EVOC] BREV Shorter = better [Evocativity]

Output: Brevity


Input: [EVOC] GREP Not a substring of common words [Evocativity]

Output: Greppability


Input: [EVOC] GOOG Reasonably unique (and domain name available) [Evocativity]

Output: Googlability


Input: [EVOC] PRON You can read it out loud when you see it [Evocativity]

Output: Pronounceability


Input: [EVOC] SPEL You know how it’s spelled when you hear it [Evocativity]

Output: Spellability


Input: [EVOC] VERB The name (or variant thereof) can be used as a verb [Evocativity]

Output: Verbability


Input: [Business Cards] Postcards [Letterheads] Direct Mail [Calendars] Brochures [Envelopes]

Output: Flyers

VariDirect Solutions | Web/Print Solutions and Digital Marketing Strategies


Input: [Business Cards] Folders [Letterheads] Greeting Cards [Calendars] Magazines [Envelopes]

Output: Books

VariDirect Solutions | Web/Print Solutions and Digital Marketing Strategies


Input: [Business Cards] Bookmarks [Letterheads] Doorhangers [Calendars] Labels & Stickers [Envelopes]

Output: Notepads

VariDirect Solutions | Web/Print Solutions and Digital Marketing Strategies


Input: [Business Cards] Magnets [Letterheads] T-Shirts [Calendars] Menus [Envelopes]

Output: Table Tents

VariDirect Solutions | Web/Print Solutions and Digital Marketing Strategies


Input: [Business Cards] Posters [Letterheads] Rolled Canvas [Calendars] Car Magnets [Envelopes]

Output: Window Clings

VariDirect Solutions | Web/Print Solutions and Digital Marketing Strategies


Input: [Business Cards] Large Format [Letterheads] Banner Stands [Envelopes]

Output: Packaging

VariDirect Solutions | Web/Print Solutions and Digital Marketing Strategies


Input: Immunoassay [Confirmatory] Gas Chromatography-Mass Spectrometry (GC-MS) or High Performance Liquid Chromatography (HPLC) [0]

Output: Analysis Technique

Sensitivity (power to detect a class of drugs)

Specificity (power to detect an individual drug)

Screening vs. Confirmatory Tests | OpioidRisk.com


Input: Low or none when testing for semi-synthetic or synthetic opioids [Confirmatory] High [0]

Output: Sensitivity (power to detect a class of drugs)

Sensitivity (power to detect a class of drugs)

Specificity (power to detect an individual drug)

Screening vs. Confirmatory Tests | OpioidRisk.com


Input: Varies based on assay used - can result in false positives and false negatives [Confirmatory] High [0]

Output: Specificity (power to detect an individual drug)

Sensitivity (power to detect a class of drugs)

Specificity (power to detect an individual drug)

Screening vs. Confirmatory Tests | OpioidRisk.com


Input: Qualitative analysis; detects classes of drugs (Heit and Gourley, 2004) [Confirmatory] Quantitative analysis; identifies a specific drug [0]

Output: Use

Sensitivity (power to detect a class of drugs)

Specificity (power to detect an individual drug)

Screening vs. Confirmatory Tests | OpioidRisk.com


Input: Inexpensive (FDA five-drug testing kit ~ $1) [Confirmatory] More expensive, may not be paid for by insurance [0]

Output: Cost

Sensitivity (power to detect a class of drugs)

Specificity (power to detect an individual drug)

Screening vs. Confirmatory Tests | OpioidRisk.com


Input: On-site - rapid [Confirmatory] Slow [0]

Output: Turnaround

Sensitivity (power to detect a class of drugs)

Specificity (power to detect an individual drug)

Screening vs. Confirmatory Tests | OpioidRisk.com


Input: Intended for use in drug-free population; may not be useful in pain medicine context [Confirmatory] Legally defensible results [0]

Output: Other

Sensitivity (power to detect a class of drugs)

Specificity (power to detect an individual drug)

Screening vs. Confirmatory Tests | OpioidRisk.com


Input: [Factor] Social [Less] Negative peer pressure – don’t spend time with people who make you feel bad about yourself Inactive leisure time – have a ‘screen free’ evening every week Exposure to advertising - get up from the TV in the ad breaks and do some tasks around the house (can burn 40 kcals) Feeling time-poor – combine activity with everyday errands eg walking to the shops or part-way home from work (15 minute walking at a moderate pace burns approx. 60kcal) Isolation - get friends involved in a regular weekly activity (e.g. a 30 mins of bowling can use 100kcal) [More]

Output: Group recreational activities - join a new group activity – it could be with neighbours or work colleagues, to add a new activity to your week. Help from professionals – talk to your GP about weight control or join a reputable weight loss group Community activity – get involved with a local sports activity at a leisure centre, community centre or outdoor space Family activity – set aside time for weekly family activity that you all enjoy Friends involvement – go for a picnic, take a bat and ball and play an active game

Behaviour change and obesity - British Nutrition Foundation


Input: [Factor] Psychological [Less] Stress – try to fit in a walk, jog or exercise class to let off steam when you’re feeling stressed Going it alone – get a friend, family member or workmate involved in your activity and healthy eating goals Emotional eating - try to keep healthy snacks with you so you’re not tempted by unhealthy alternatives (could save 160kcal) Foods as rewards – instead of eating, give yourself ‘credits’ towards other rewards like a night out or a present Self-criticism – imagine a friend in your situation– would you criticise them as much as you criticise yourself? [More]

Output: Personal interaction – don’t just phone or text, meet up with friends or family instead Food literacy – find out about diet and health from responsible sources like NHS choices, BBC health and the British Nutrition Foundation Conscious control - keep a diary of what you eat and all activity you do for a week Achievable goals and realistic targets - set an achievable weekly goal e.g. walking for 10 minutes at lunchtime (40kcals) Motivation – keep a list of small positive steps you’ve taken and try adding more to the list each week

Behaviour change and obesity - British Nutrition Foundation


Input: [Factor] Eating and drinking [Less] Big portions - measure out small portions of foods like crisps or biscuits from large packs instead of eating straight from the pack (can save 130kcal kcal) Exposure to foods and drinks – to avoid being tempted to by foods you don’t need, try shopping using a list and don’t buy anything not on your list Food variety - restrict yourself to no more than 3 or 4 types of food at a buffet or when sharing with friends Relying on ready-made foods – instead of relying on ready-meals, double the amount when you cook from scratch and keep it in the freezer for when you’re short of time Excessive food restriction - allow a little bit of what you fancy each week instead of banning foods [More]

Output: Eating slowly – pause between mouthfuls to chew and be aware of the taste of the food Low energy density foods – add extra plant foods to your dinner so that they take up at least two thirds of your plate(could save about 400kcals in one meal by bulking up with veg and starchy foods and reducing higher fat ingredients) Stocking up on healthy foods – keep a supply of healthy snacks like fruit, vegetable sticks, low fat yoghurts or cheese, or high fibre crisp breads Long-term changes to diet – keep changes manageable and plan them into the coming months Regulate food and drink – keep a note of the situations you find difficult eg being tempted to eat fatty foods at parties, and have something low–fat and filling like a soup beforehand (could save about 200kcal)

Behaviour change and obesity - British Nutrition Foundation


Input: [Factor] Physical activity [Less] Sedentary activities – spend more time outdoors in the evenings or at weekends (offer to cut an elderly neighbour’s grass - gardening can burn 260 kcals an hour) Long periods of sitting down - hide the remote control and get up to change channels on the TV (can burn 15 kcal an hour) Short car journeys – check which regular car journeys you make are less than a mile and try walking these instead (walking for 1 mile at a moderate pace burns about 80kcal) Inactive family time – keep a record of how many hours you spend sitting at home and try to reduce these slightly each week Sedentary parenting - try and combine activities for adults and children so adults can lead by example (eg playing with children could burn about 140kcal in 30 minutes) [More]

Output: Being active at rest – Small movements, even just tapping your feet while sitting, can burn energy (up to 350 kcals a day more than someone who is completely still) Being active at work - If you work in an office make sure you get up and walk around or make a drink at least once an hour (can burn over 120 kcals a day) Using active transport - check if your workplace supports bike loans or cycle-to-work schemes (30 mins of cycling can use up 290 kcals) Housework fun – put music on in the kitchen when you’re cooking/cleaning and dance while you work! (15 minutes dancing can burn about 80kcal)

Behaviour change and obesity - British Nutrition Foundation


Input: [Factor] Our environment [Less] Cost of physical exercise – go for a run with friends, or borrow a neighbour’s dog and take it for a walk, both are free! Sedentary work – have an ‘active lunch time’ at least once a week – go for a walk or to an exercise class Reliance on labour saving devices - don’t use the lift, take the stairs Motorised transport – drive part of the way and then walk the rest, or take the bus and get off one stop early Feeling unsafe in your environment – ask a friend to walk with you or tell someone when you’re leaving and when to expect you to arrive Ambient temperature – in winter turn the heat down or when it’s warm have a cool shower or go for a swim so you’re inclined to move around more [More]

Output: Places to be physically active - check classes and facilities at your local leisure centre (aerobics burns nearly 400 kcals an hour) Walking-friendly surroundings – see if you can find a more pleasant walking route to places you visit regularly Safe active transport – check local cycle groups for information on routes in your area Physically active society - start a group at work to get active Access to green space – pool transport with friends, drive together to a green space and fly a kite or throw a frisbee Time spent outdoors – go for a walk after dinner instead of heading for the sofa (walking at a moderate pace for 30 minutes could burn about 125 kcals)

Behaviour change and obesity - British Nutrition Foundation


Input: [Factor] Physiology [Less] Tendency to be inactive – don’t just accept that you’re not an active person, be determined to make a change by making a few small manageable changes every day Obesity during pregnancy – it can be dangerous for you and your unborn child, so get professional medical advice to control your weight Stop measuring your health just by your weight – focus on building physical stamina and fitness too by pushing yourself a bit further each week Lack of sleep - try going to bed half an hour earlier during the week Alcohol consumption – make sure you have water alongside alcoholic drinks to moderate how much you have. [More]

Output: Feeling full - choose high protein and high fibre foods like lean chicken or fish and wholegrain bread or brown rice as part of meals Building up fitness - try walking more and faster each week for a few weeks to build up your fitness – walking at a brisk pace can use 100 kcals more per hour than walking slowly, it also boosts your metabolic rate Amount of body muscle - try doing weight bearing exercises like sit ups and push ups twice a week to build your muscle mass (burns around 160 kcal every 15 mins) Breast feeding may protect your child against obesity and can help you to lose excess weight after pregnancy -get help from your local NCT or your GP if you want help with breast feeding Healthy pregnancy and infancy – be aware that what you eat is being fed to your unborn baby too

Behaviour change and obesity - British Nutrition Foundation


Input: [Factor] Media [Less] Excessive screen time – make a list of a few programmes you want to watch and stick to only those Unreliable health sources – only take advice from responsible sources. If you’re not sure, check with you GP Positive self-image – remember that nobody looks like the pictures of models in magazines – not even the models themselves sometimes! Positive attitude – avoid reading articles and stories that make you feel depressed or lacking in self-esteem Social media – limit the time you spend on social media to maximum 30 minutes each day and remember, if you’re moving while you’re sitting, you’ll be burning energy [More]

Output: Health-based digital media – take advice from responsible health websites Support from online communities – find a forum that suits and interests you and get involved Online tools to help manage stress - look for on-line stress management tools and apps Web-based weight-loss resources – if slimming groups aren’t for you, try a reputable online weight loss resource that provides support and helps you track your progress Active gaming - choose active video games rather than sedentary ones (can burn 130 kcals in 30 mins)

Behaviour change and obesity - British Nutrition Foundation


Input: [Emergency Plumbing] 24 Hour Emergency Plumber Service [Water Heaters]

Output: Electric Water Heaters

Preferred Plumbing & Drain | FREE Estimates | Plumber Fremont CA


Input: [Water Heaters]

Output: Gas Water Heaters

Preferred Plumbing & Drain | FREE Estimates | Plumber Fremont CA


Input: [Emergency Plumbing] Plumbing Repair & Service [Water Heaters]

Output: Tankless Water Heaters

Preferred Plumbing & Drain | FREE Estimates | Plumber Fremont CA


Input: [Emergency Plumbing] Bathroom Plumbing [Water Heaters]

Output: Sewer & Drain

Preferred Plumbing & Drain | FREE Estimates | Plumber Fremont CA


Input: [Emergency Plumbing] Shower Plumbing [Water Heaters]

Output: Rooter Service

Preferred Plumbing & Drain | FREE Estimates | Plumber Fremont CA


Input: [Emergency Plumbing] Home Plumbing [Water Heaters]

Output: Drain Cleaning

Preferred Plumbing & Drain | FREE Estimates | Plumber Fremont CA


Input: [Emergency Plumbing] Kitchen Plumbing [Water Heaters]

Output: Sewer Cleaning

Preferred Plumbing & Drain | FREE Estimates | Plumber Fremont CA


Input: [Emergency Plumbing] Commercial Plumbing [Water Heaters]

Output: Septic Tank

Preferred Plumbing & Drain | FREE Estimates | Plumber Fremont CA


Input: [Possible Causes] Bad spark plug wires. [Procedure] N/A [Checks]

Output: Run the engine in a dark area and look for arcing from the spark plug wires to the engine.


Input: [Possible Causes] Cracked distributor cap. [Procedure] N/A [Checks]

Output: Remove cap and check condition.


Input: [Possible Causes] Faulty spark plug. [Procedure] ENG-18 [Checks]

Output: Remove spark plugs individually and inspect for broken or excessively worn electrode or cracked insulator. Check the condition of the spark plugs by color.


Input: [Possible Causes] Vacuum leak. [Procedure] N/A [Checks]

Output: Check for vacuum leaks by pressuizing the intake manifold with compressed air. Listen for leaks.


Input: [Possible Causes] Clogged fuel filter. [Procedure] FUEL-03 [Checks]

Output: Replace filter.


Input: [Possible Causes] DME Computer [Procedure] DME-05 [Checks]

Output: A faulty DME computer can cause a variety of starting and running problems. Normally, problems with the DME computer are the result of bad solder joints which can frequently be repaired. There's really no way to test the DME unless you can swap it into another vehicle or unless you can borrow a known good DME to install for testing purposes. And, even a good used DME computer is a little pricey. So, I don't like to run out and replace the DME unless I've eliminated all other possible causes. If you suspect the DME computer is bad, as a minimum, I would open it up and inspect for bad solder joints (and repair them) before replacing the computer.


Input: [Volume] 3 cups (18oz) [Ingredients]

Output: Semisweet Chocolate Chips

Bacon Fudge - Something Like Susie Homemaker


Input: [Volume] 14 oz can [Ingredients]

Output: Sweetened Condensed Milk

Bacon Fudge - Something Like Susie Homemaker


Input: [Volume] ¼ cup (½ stick) [Ingredients]

Output: Butter

Bacon Fudge - Something Like Susie Homemaker


Input: [Volume] ¼ tsp [Ingredients]

Output: Sea Salt

Bacon Fudge - Something Like Susie Homemaker


Input: [Volume] 1 lb [Ingredients]

Output: Bacon, cooked and chopped

Bacon Fudge - Something Like Susie Homemaker


Input: [Volume] 1 cup [Ingredients]

Output: Semisweet Chocolate

Bacon Fudge - Something Like Susie Homemaker


Input: [Improve] Core power and performance [Address]

Output: Pain

Personal Trainer, Instructor, Coach, Albany, NY » Function Fitness


Input: [Improve] Balance and stabilization [Address]

Output: Dysfunction

Personal Trainer, Instructor, Coach, Albany, NY » Function Fitness


Input: [Improve] Rotation and posture [Address]

Output: Risk of injury

Personal Trainer, Instructor, Coach, Albany, NY » Function Fitness


Input: [Improve] Confidence [Address]

Output: Muscle imbalance

Personal Trainer, Instructor, Coach, Albany, NY » Function Fitness


Input: [Improve] Speed [Address]

Output: Sport specific exercises

Personal Trainer, Instructor, Coach, Albany, NY » Function Fitness


Input: [Improve] Agility [Address]

Output: Male / female incontinence

Personal Trainer, Instructor, Coach, Albany, NY » Function Fitness


Input: [ROAST/GRILL APPLES] ROAST/GRILL APRICOTS Grill on each side for 3-4 minutes or Roast in the oven at 400�F for 15-20 minutes.

Output: Halve the apricots and remove the pits. Lightly oil with olive oil or Pam� spray.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL BANANAS Place on a hot grill and get good dark brown grill marks on both sides, or roast in the oven or under the broiler until they turn a light golden brown.

Output: Peel the banana. Cut the banana lengthwise or leave whole. Brush with clarified butter.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL CANTALOPE Place cantalope wedges on a hot grill until you see good grill marks. Oven roasting leaves a little to be desired.

Output: Cut the cantalope into 1 inch wedges and remove the skin. Spray with cooking spray.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL FIGS Place the figs on a hot grill until there are good grill marks. Turn over once. Oven roasting is not all that desireable.

Output: Cut the figs in half lengthwise, spray with vegetable oil.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL GRAPES Place on a hot grill until the grapes show good grill marks. Oven roasting is not recommended. Grilled grapes are an excellent sweet garnish to a salad.

Output: Leave the grapes in small bunches so they will stay on the grill. Spray with cooking spray.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL LEMONS Place on a hot grill and turn occasionally until you see good grill marks. Oven roasting is not reccomended. Great for use as a garnish.

Output: Slice the lemon into � inch rounds, peel on.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL MANGOES Place the mango slices on a hot grill and grill each side until there are noticeable grill marks. Oven roasting is not nearly as spectacular.

Output: Peel the Mango and slice the meat away from the large flat seed. You will have two large flat slices that are ready to grill. Any excess mango you can salvage from the seed can be used raw.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL NECTARINES Place the nectarine halves on the grill and grill until definite grill marks are visible. Oven roasting will work, but not nearly as rewarding.

Output: Cut the nectarine in half and carefully remove the pit (not usually a freestone pit).

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/TOAST NUTS (OVEN METHOD) ■ Spread nuts in a single layer on a baking pan (one with walls is best) for toasting in the oven. Cook at 400�F for 7 to 10 minutes or until the nuts start to turn golden. Shake the pan halfway through toasting. ■ Remove them from the cooking pan as soon as they're done. ■ Toasted nuts have a deeper, more concentrated flavor than raw nuts ■ Nuts have high concentrations of natural oil, so it is not necessary to add oil when toasting nuts.

Output: Make sure nuts are shelled and of uniform size.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/TOAST NUTS (SKILLET METHOD) ■ Place nuts in a single layer for toasting in a skillet. With the skillet over medium-high heat, stir or shake the nuts continually for 5 to 7 minutes or until they start to turn golden. ■ Remove them from the cooking pan as soon as they're done. ■ Toasted nuts have a deeper, more concentrated flavor than raw nuts ■ Nuts have high concentrations of natural oil, so it is not necessary to add oil when toasting nuts.

Output: Make sure nuts are shelled and of uniform size.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL ORANGES Place the orange slices on a hot grill and get grill marks on both sides. A tasty garnish for a salad, Asian dish or a seafood brunch or dinner.

Output: Slice the ends off either end of the orange and then slice into � inch rounds.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL PAPAYAS Place on a hot grill until they have good strong grill marks. Here they can be cubed for a salad or accompaniment for Ahi, salmon, or albacore tuna.

Output: Depending on the size of the papaya, small Hawaiian or large Mexican, Cut the fruit into � inch thick strips, remove the seeds and skin.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL PEACHES Place on a hot grill and grill until you have good strong grill marks. Oven roasting is just so-so. Grilled peaches will accompany almost any dish from steaks and chops to soups, salads and everything in between.

Output: Wash the fuzz off the peach, cut in half lengthwise and remove the hopefully freestone pit.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL PEARS Put the pears on a hot grill until you have well defined grill marks. Oven roasting is a poor second. Grilled pears are very delicate in taste and will pair well with Pasta, seafood and in salads.

Output: Cut the pears in half and remove the core and seeds

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL PINEAPPLE Place the pineapple pieces on the grill and wait for the grill marks, turning once. Oven roasting is OK, but grilling is where it's at. Pineapple like peaches go well with about anything. Grilled pineapple add wonders to a salad.

Output: Remove the outer surface of the pineapple until all the scales have been removed. Cut in half lengthwise or use a pineapple corer. This will determine whether you will have spears or rounds. Either way they should be about � inch thick.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL PLANTAINS Place on the grill and get visible grill marks. You will want to test the plantains to be sure they are fork tender before removing from the grill. They may darken quite a bit, but that's OK as they will get sweeter and less starchy. Again, oven roasting is OK, but the grill is where they should be cooking

Output: Peel the plantain and cut in half lengthwise. Brush on oil or use cooking spray to the halves.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL PLUMS Place plum halves on the grill and grill until you see grill marks, turning once. Grilled plums are an excellent side for meat and poultry dishes. Here again, oven roasting is OK, but grilling is stillthe best.

Output: Cut the plums in half lengthwise and remove the pit.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] ROAST/GRILL TOMATOES Place on the grill so they won't fall thru the grates, or use a basket pan. Grill until you see grill marks. Some charred skin is a plus so don't let that worry you. NOTE: grilling and oven roasting will sweeten tomatoes a lot, so remember that if you want a tomato sauce that is not very sweet.

Output: Wash, dry, spray with vegetable spray or olive oil. Large tomatoes should be cut into halves or � inch rounds.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [ROAST/GRILL APPLES] COOK'S NOTE If you are into making Jams, Jellies, or fruit preserves, try grilling them first. Instead of starting with fruit, start with grilled fruit. No one is going to make a jam or jelly that tastes as good as yours.

Output: **(1) Remember that hot sugar will burn you, so let the fruit cool a bit before putting it in your mouth.

ROAST & GRILL ALMOST ANY FOOD - http://www.thegutsygourmet.net/roast_grill.html

Core the apple and slice into � inch rounds. Spray with Pam� spray.


Input: [GSX-R750] GSXR750K9 [Specifications]

Output: Model Number


Input: [GSX-R750] Sportbike [Specifications]

Output: Type


Input: [Specifications]

Output: Warranty


Input: [GSX-R750] $10999 [Specifications]

Output: Suggested Retail


Input: [GSX-R750] $0 [Specifications]

Output: SEP


Input: [GSX-R750] 750 cc (45.8 cu. In), 4-stroke, liquid-cooled, DOHC [Specifications]

Output: Engine


Input: [GSX-R750] 70.0 mm (2.756 in) x 48.7 mm (1.917 in) [Specifications]

Output: Bore & Stroke


Input: [GSX-R750] 12.5 : 1 [Specifications]

Output: Compression Ratio


Input: [GSX-R750] Fuel Injection [Specifications]

Output: Fuel System


Input: [GSX-R750] Wet sump [Specifications]

Output: Lubrication


Input: [GSX-R750] Electronic ignition (Transistorized) [Specifications]

Output: Ignition


Input: [GSX-R750] Electric [Specifications]

Output: Starter


Input: [GSX-R750] 6-speed constant mesh [Specifications]

Output: Transmission


Input: [GSX-R750] RK525ROZ5Y, 116 links [Specifications]

Output: Final Drive


Input: [GSX-R750] 2040 mm (80.3 in) [Specifications]

Output: Overall Length


Input: [GSX-R750] 715 mm (28.1 in) [Specifications]

Output: Overall Width


Input: [GSX-R750] 1125 mm (44.3 in) [Specifications]

Output: Overall Height


Input: [GSX-R750] 810 mm (31.9 in) [Specifications]

Output: Seat Height


Input: [GSX-R750] 130 mm (5.1 in) [Specifications]

Output: Ground Clearance


Input: [GSX-R750] 1405 mm (55.3 in) [Specifications]

Output: Wheelbase


Input: [GSX-R750] 198 kg (437 lbs) [Specifications]

Output: Curb Weight


Input: [GSX-R750] Inverted, telescopic, coil spring, oil damped [Specifications]

Output: Suspension Front


Input: [GSX-R750] Link type, coil spring, oil damped [Specifications]

Output: Suspension Rear


Input: [GSX-R750] Disc brake, twin [Specifications]

Output: Brakes Front


Input: [GSX-R750] Disc brake [Specifications]

Output: Brakes Rear


Input: [GSX-R750] 120/70ZR17M/C (58W), tubeless [Specifications]

Output: Tires Front


Input: [GSX-R750] 180/55ZR17M/C (73W), tubeless [Specifications]

Output: Tires Rear


Input: [GSX-R750] 17.0 L (4.5/3.7 US/Imp gal) [Specifications]

Output: Fuel Tank Capacity


Input: [GSX-R750] Black/Matte Black, Blue/White, White/Silver [Specifications]

Output: Color


Input: [Secondary Color] White / Gold / Pink [Primary Color]

Output: White


Input: [Secondary Color] Red / Blue [Primary Color]

Output: Beige


Input: [Secondary Color] Beige / Orange [Primary Color]

Output: Gold


Input: [Secondary Color] Gold [Primary Color]

Output: Red


Input: [Secondary Color] Red / Lime Green [Primary Color]

Output: Orange


Input: [Secondary Color] Cyan [Primary Color]

Output: Yellow


Input: [Secondary Color] Yellow / Orange [Primary Color]

Output: Green


Input: [Secondary Color] Blue / Yellow [Primary Color]

Output: Cyan


Input: [Secondary Color] Blue [Primary Color]

Output: Purple


Input: [Secondary Color] Pink / Cyan / Lime Green [Primary Color]

Output: Light Pink


Input: [Secondary Color] Blue / Pink/Green [Primary Color]

Output: Black


Input: [Cause] Deterioration of pigment concentrates [Control]

Output: Keep concentrates and premixes in airtight containers, in a cool place and away from sunlight. Store for short periods only.

Pale yolks - Optimum Egg Quality: A Practical Approach - The Poultry Site


Input: [Cause] Insufficient carotenoids in the feed [Control]

Output: The required yolk colour score, the percentage of egg production and daily feed consumption of the flock are the major factors governing the amount of pigment needed in the layer diet. Adjust levels of natural or synthetic carotenoids to meet these needs. Do not rely too much on feed ingredients such as lucerne or maize, whose pigment concentrations can vary widely.

Pale yolks - Optimum Egg Quality: A Practical Approach - The Poultry Site


Input: [Cause] Insufficient pigment in birds that are coming into lay [Control]

Output: Flocks coming into lay may have insufficient stores of pigment. Start feeding pigment sources 2 to 3 weeks before the fl ock starts to lay.

Pale yolks - Optimum Egg Quality: A Practical Approach - The Poultry Site


Input: [Cause] Oxidising agents or pigment antagonists in the feed [Control]

Output: The addition of a recommended antioxidant to feed will help preserve yolk pigments. Either do not include high levels of barley or triticale in the diet, or, if they are included, adjust pigment levels to higher than normal concentrations.

Pale yolks - Optimum Egg Quality: A Practical Approach - The Poultry Site


Input: [Cause] Inadequate mixing of feed [Control]

Output: Always blend concentrates in a premix before adding to the rest of the feed for mixing. Make sure that mixing time is adequate.

Pale yolks - Optimum Egg Quality: A Practical Approach - The Poultry Site


Input: [Cause] Storage of feed in damp and/or hot conditions [Control]

Output: Keep feed cool and dry.

Pale yolks - Optimum Egg Quality: A Practical Approach - The Poultry Site


Input: [Cause] Rough handling or transport of feed [Control]

Output: Mixed feed should be handled carefully so that the various components do not separate out. This particularly needs to be checked when augers and automatic feeding systems are used.

Pale yolks - Optimum Egg Quality: A Practical Approach - The Poultry Site


Input: [Check List Item] Hall Rental [Tips & Notes]

Output: If you want flexibility and great rates for your occasion, often the best choice is to rent a venue with ample space, banquet chairs, tables, and convenient hours. The first step of any party is choosing the date and securing the venue. Now its time for invitations.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Invitations [Tips & Notes]

Output: Choose something elegant or do it yourself. Find smart ways to save money by email cards, smart text messages, social networks, or phone call. Please feel free to ask for direction cards to include in the mail or you may copy and paste it from our website.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Videographer / Photographer [Tips & Notes]

Output: Choose a trusted videographer or camera man. If this gets too expensive then do it yourself with a digital camera. Capture the memorable moments.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Food and Drinks [Tips & Notes]

Output: Plan easy familiar foods. Cook your best dishes at home and/or have a licensed caterer provide you with the food of your choice.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Decor [Tips & Notes]

Output: Choose your color theme and then look for inexpensive things that fit in. Real or artificial flowers, lights, balloons, wall decor, party props, etc.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Entertainment [Tips & Notes]

Output: Dancing and live music or a DJ, is optional, depending on your budget. Background music is a nice touch. Medina Hall has optional choices of rentals. 1. Projector Setup for slide show or video. Plug in your laptop and ready to play. ----- $50 2. Lighting: You can choose our up lighting package to change the color of the entire room to your theme. --------- $75 3. Music: Use our professional in house sound system. Create a play list. Plug in laptop or mp3 player. -------- $100

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Limousine or Car [Tips & Notes]

Output: Decide how you will arrive to the function and what time.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Date [Tips & Notes]

Output: Choose a date that is perfect for you. Things to consider are the weather and the most important people that can make it the day of the party. Saturdays are usually the most expensive dates. Spring and Summer dates are usually booked well in advance. But its always worth a try to call for open dates. Last minute dates are usually a bargain. Medina Hall will always try its best to work with your budget and prices.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Allowed Access times [Tips & Notes]

Output: Make sure you allocate enough time to set up. Call hall day before and make sure you notify the time you will want to come in.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Plates Cutlery(Forks, knives, Spoons) [Tips & Notes]

Output: You can use good quality disposables, or rent real china and cutlery. It's a hassle to return the rental ones, and you will be charged for missing items or breakage. 1. Plates 2. Spoons, Forks, Knives 3. Cups 4. Napkins

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Buffet Set Up Space [Tips & Notes]

Output: For buffet setup you can either rent elegant chafing dish for a low price or use our 20 wire chafing dish racks to heat up and keep food warm. Bring chafing dish fuel.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Additional equipment needed [Tips & Notes]

Output: Make a list of all possible equipment you will need to bring from home. 1. Serving spoons, 2. Bottle Openers, 3. Paper towels, 4. Dish cloths.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Set up crew [Tips & Notes]

Output: Get volunteers to set up tables and chairs and decorate. Make list of people. 1.___________________________________________ Phone #________________________________________ 2.___________________________________________ Phone #________________________________________ 3.___________________________________________ Phone #________________________________________

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Tables: guests, head, buffet/food, dessert, bar, gifts, guest book, [Tips & Notes]

Output: Decide on how many tables will be needed and how to arrange the set up. 1. Guests_________________ (Number of people) 2. Food for buffet_______________ (Number of chafing Dishes) 3. Dessert 4. Gifts 5. Guest Book 6. Main Table

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Chairs, Tables, etc. included [Tips & Notes]

Output: Banquet chairs and your choice of 20 long tables and 25 round tables are included. Dimensions of tables are as follows; 25 x Round ---- 48" in diameter Each seat 5-6 people 20 x Long ------- 24" x 72" in length Each seat 6-8 people

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Staff [Tips & Notes]

Output: Medina hall can recommend licensed staff for service. Please ask for details if you need this.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Craft projects [Tips & Notes]

Output: Make things ahead of time that can be quickly set out as decorations, no last minute fussing, you won't have time.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Party Props [Tips & Notes]

Output: Depending on your theme and type of party you can use props. Medina Hall has optional choice of props for rental. Just ask for what you are looking for. Baby Shower chairs are $25 for plain wicker chairs and $30 for white rocking chair.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Wall Mirror and Ceiling [Tips & Notes]

Output: Use tape or thumbtacks that wont damage the mirror or chip the paint. You can also hang things that are not too heavy off the ceiling.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Table linens or coverings [Tips & Notes]

Output: If the hall rental doesn't include table coverings, arrange for linen rentals from a party supply place or purchase banquet table coverings in paper.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Check List Item] Candles, Lights, Confetti, etc. [Tips & Notes]

Output: These small touches make a big difference. Be very careful with candles if you children attending the party. Make sure what you have planned isn't too messy or the hall may charge extra clean up fee.

Prices - Cheap Party Halls, Cheap Party Venues NYC, Event Halls in Queens - Medina Hall at Ozone Park


Input: [Bioinformatics] AFNI [LOCKER] seven [COMMENT]

Output: viewing & analysis of functional MRI brain images

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Biopython [LOCKER] seven [COMMENT]

Output: gene sequence processing and analysis tools

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] BLAST [COMMENT]

Output: application for finding regions of local similarity between molecular sequences

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] CLC Sequence Viewer [LOCKER] clcbio [COMMENT]

Output: tool suite for bioinformatics analysis

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] clustalw [COMMENT]

Output: general purpose multiple sequence alignment program for DNA or proteins

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] COPASI [LOCKER] copasi [COMMENT]

Output: application for simulation and analysis of biochemical networks and their dynamics

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Cytoscape [LOCKER] cytoscape [COMMENT]

Output: application for visualizing molecular interaction networks and biological pathways

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] emboss [COMMENT]

Output: collection of tools for molecular analysis of genomic data

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Geneious [LOCKER] geneious [COMMENT]

Output: integrated bioinformatics tool suite for manipulating, finding and exploring biological data

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] GENSCAN [LOCKER] seven [COMMENT]

Output: tool for predicting locations and exon-intron structures of genes

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] hmmer [COMMENT]

Output: set of tools that profile hidden Markov models for protein sequence analysis

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Integrative Genomics Viewer [LOCKER] igv [COMMENT]

Output: visualization tool for interactive exploration of large integrated genomic datasets

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] meme/mast [LOCKER] meme [COMMENT]

Output: meme: tool for discovering motifs in a group of related DNA or protein sequences. mast: tool for searching biological databases for known motifs

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] NEURON [LOCKER] neuron [COMMENT]

Output: simulator of neurons and networks of neurons; Web page

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Osprey [LOCKER] osprey [COMMENT]

Output: tool for visualization of biological interaction networks

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] phylip [COMMENT]

Output: collection of tools for inferring phylogenies

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] primer3 [COMMENT]

Output: program for designing Polymerase Chain Reaction primers

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] UGENE [LOCKER] ugene [COMMENT]

Output: bioinformatics application that integrates multiple biological tools and algorithms. These can be arranged in a workflow scheme using UGENE Workflow Designer

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Finite Element Analysis [LOCKER] LOCKER [COMMENT]

Output: COMMENT

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] CalculiX [LOCKER] calculix [COMMENT]

Output: 3d structural analysis finite-element program, with pre- and post-processor

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] EasyMesh [LOCKER] easymesh [COMMENT]

Output: 2d Delaunay mesh generator

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Elmer [COMMENT]

Output: multiphysics finite-element application

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] FreeFem++ [COMMENT]

Output: finite-element analysis, partial differential equation solver

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Gerris Flow Solver [COMMENT]

Output: solver and viewing application for 2d and 3d solution of partial differential equations describing flow

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Gmsh/GetDP [LOCKER] gmsh [COMMENT]

Output: Gmsh is a 3d mesh generator with pre- and post-processing capbility; GetDP is a finite-element solver integrated with Gmsh

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] OpenFOAM [COMMENT]

Output: libraries and tools for computational fluid dynamics and multiphysics applications

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] tetgen [COMMENT]

Output: 3d tetrahedral mesh generator and Delaunay triangulator

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] triangle [COMMENT]

Output: 2d mesh generator and Delaunay triangulator

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Geographic Information Systems [LOCKER] LOCKER [COMMENT]

Output: COMMENT

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] ArcExplorer [LOCKER] arcims [COMMENT]

Output: Geographic Information System file viewer; docs

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Molecular Modeling & Dynamics [LOCKER] LOCKER [COMMENT]

Output: COMMENT

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] AIMAll [LOCKER] aimall [COMMENT]

Output: package for performing quantitative and visual analyses of molecular systems

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Avogadro [COMMENT]

Output: molecule editor and visualizer

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] babel [COMMENT]

Output: utility that converts molecular description files to/from other formats

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Cambridge Structural Database [LOCKER] cambsd [COMMENT]

Output: database of chemical and crystallographic information for small organic and metal-organic compounds

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] CPMD [LOCKER] cpmd [COMMENT]

Output: parallelized plane wave/pseudopotential implementation of Density Functional Theory

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Deep View (Swiss-Pdb viewer) [LOCKER] deepview [COMMENT]

Output: structural analysis and display of protein molecular chemistry models; online docs

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] DINO [LOCKER] dino [COMMENT]

Output: realtime 3D visualization program for structural biology data

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Discovery Studio Visualizer [LOCKER] dsvisualizer [COMMENT]

Output: visualization and analysis of molecular images and sequences

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Espresso [LOCKER] espresso [COMMENT]

Output: programs for quantum-mechanical simulations based on Density Functional Theory

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] GAMESS, MacMolPlt [LOCKER] gamess [COMMENT]

Output: computational molecular chemistry modeler

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Gaussian, Gaussview [LOCKER] gaussian [COMMENT]

Output: computational molecular chemistry modeler

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Jmol [COMMENT]

Output: 3d molecule image viewer in Java

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Mercury [LOCKER] cambsd [COMMENT]

Output: crystal structure visualization tool

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] molden [LOCKER] molden [COMMENT]

Output: application that computes and displays molecular density patterns

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] molekel [LOCKER] molekel [COMMENT]

Output: 3d molecule image viewer

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] molscript [LOCKER] molscript [COMMENT]

Output: tool for generating 3d molecular images

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] ORCA [LOCKER] orca-chem [COMMENT]

Output: computational molecular chemistry modeler; also includes NBO (calculates bond orbitals with maximum electron density)

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] platon [LOCKER] platon [COMMENT]

Output: crystallographic computational chemistry tool

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] PyMOL [LOCKER] pymol [COMMENT]

Output: multi-featured molecular structure viewer

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Q-Chem (Open MPI), iqmol [LOCKER] qchem [COMMENT]

Output: ab-initio quantum chemistry program (OpenMPI parallel implementation); iqmol is a molecular editor and visualization package integrated with Q-Chem

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Q-Chem (MPICH), iqmol [LOCKER] qchemmpich [COMMENT]

Output: ab-initio quantum chemistry program (MPICH parallel implementation); ; iqmol is a molecular editor and visualization package integrated with Q-Chem

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] rasmol [COMMENT]

Output: 3d molecule image viewer

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Star Biochem [COMMENT]

Output: 3d Java molecular viewing application, accessible on Web

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] VMD/NAMD [LOCKER] vmd [COMMENT]

Output: VMD: 3d molecule image viewer, supports animation, rendering; local docs; NAMD: molecular chemistry computational dynamics; local docs

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] XCrySDen [LOCKER] xcrysden [COMMENT]

Output: crystalline and molecular structure visualization program

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] XDrawChem [COMMENT]

Output: 2d chemical formula drawing program

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Other Simulations [LOCKER] LOCKER [COMMENT]

Output: COMMENT

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Alloy [LOCKER] alloy [COMMENT]

Output: language and tool for describing and exploring structures

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] AVL, XFOIL [LOCKER] aeroutil [COMMENT]

Output: applications for the design and analysis of subsonic aircraft and airfoils

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] CHEMKIN [LOCKER] chemkin [COMMENT]

Output: gas phase chemical kinetics analysis simulation

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] CHEMKIN PRO [LOCKER] chemkinpro [COMMENT]

Output: advanced gas phase chemical kinetics analysis simulation

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Coq [COMMENT]

Output: formal proof management system based on an internal formal language

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Electric VLSI [COMMENT]

Output: VLSI circuit design and simulation application

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] gEDA [COMMENT]

Output: suite of of electronic design tools, currently offering schematic capture and simulation tools

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] GNU Linear Programming Kit [COMMENT]

Output: solver/library routines for solving linear programming problems

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] ipopt [LOCKER] ipopt [COMMENT]

Output: large-scale nonlinear optimization package

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] JFLAP [LOCKER] jflap [COMMENT]

Output: package of graphical tools for learning concepts of Formal Languages and Automata Theory

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] LabVIEW [LOCKER] labview [COMMENT]

Output: system-design platform and development environment for "G", a visual, dataflow programming language

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] lpsolve [LOCKER] lpsolve [COMMENT]

Output: Mixed Integer Linear Programming solver

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Magic [COMMENT]

Output: interactive editor for VLSI layouts

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Meep, MPB, Harminv [COMMENT]

Output: utilities for analysis of time-domain signals

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] ngspice [COMMENT]

Output: mixed-level/mixed-signal circuit simulator

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] oof [LOCKER] oof [COMMENT]

Output: computation of macroscopic material properties from images of microstructure

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] OpenModelica [COMMENT]

Output: modeling language and simulator development environment for mathematical models of physical systems

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] sketch [LOCKER] sketch [COMMENT]

Output: software synthesis tool for rapid development of tuned, bug-free algorithm implementations

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] snopt [LOCKER] snopt [COMMENT]

Output: general-purpose solver for constrained optimization

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] spin [LOCKER] spin [COMMENT]

Output: LTL model checking system in asynchronous software systems design; local online docs

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] Stanford University Unstructured [LOCKER] su2 [COMMENT]

Output: software tools for performing Partial Differential Equation analysis and solving PDE constrained optimization problems

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Bioinformatics] TAO/PETSc [LOCKER] tao-petsc [COMMENT]

Output: PETSc is a suite of data structures and routines for solution of scientific applications; TAO, based on PETSc, is software for solving large-scale optimization problems

What Runs Where on Athena: Full Table of Applications | Information Systems & Technology


Input: [Row number] 101 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2000 [Gamma Radiation] 452.8 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 102 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1995 [Gamma Radiation] 569.1 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 103 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1996 [Gamma Radiation] 521.7 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 104 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1996 [Gamma Radiation] 416.5 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 105 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1996 [Gamma Radiation] 436.3 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 106 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1997 [Gamma Radiation] 493.7 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 107 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1997 [Gamma Radiation] 345.1 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 108 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1997 [Gamma Radiation] 465 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 109 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1997 [Gamma Radiation] 475.2 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 110 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1998 [Gamma Radiation] 462.3 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 111 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1998 [Gamma Radiation] 474.6 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 112 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2000 [Gamma Radiation] 732.4 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 113 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2001 [Gamma Radiation] 476.7 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 114 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2002 [Gamma Radiation] 391.6 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 115 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2007 [Gamma Radiation] 755.9 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 116 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1998 [Gamma Radiation] 434.3 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 117 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1999 [Gamma Radiation] 454.9 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 118 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1999 [Gamma Radiation] 370.4 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 119 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1999 [Gamma Radiation] 411 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 120 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 1999 [Gamma Radiation] 461.9 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 121 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2000 [Gamma Radiation] 590.3 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 122 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2001 [Gamma Radiation] 403.3 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 123 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2001 [Gamma Radiation] 387.1 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 124 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2001 [Gamma Radiation] 387.1 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 125 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2002 [Gamma Radiation] 451.7 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 126 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2002 [Gamma Radiation] 428.8 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 127 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2002 [Gamma Radiation] 418.8 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 128 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2003 [Gamma Radiation] 376.8 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 129 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2003 [Gamma Radiation] 332.8 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 130 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2003 [Gamma Radiation] 442.7 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 131 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2004 [Gamma Radiation] 601.2 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 132 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2004 [Gamma Radiation] 857.4 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 133 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2004 [Gamma Radiation] 747.9 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 134 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2005 [Gamma Radiation] 649.3 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 135 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2009 [Gamma Radiation] 572.1 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 136 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2005 [Gamma Radiation] 734.3 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 137 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2005 [Gamma Radiation] 670.8 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 138 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2006 [Gamma Radiation] 683.4 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 139 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2006 [Gamma Radiation] 618.9 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 140 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2006 [Gamma Radiation] 615.4 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 141 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2008 [Gamma Radiation] 654.3 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 142 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2005 [Gamma Radiation] 729.9 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 143 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2006 [Gamma Radiation] 748.5 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 3rd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 144 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2007 [Gamma Radiation] 662.6 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 145 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2007 [Gamma Radiation] 631.2 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 146 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2010 [Gamma Radiation] 1096 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 147 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2007 [Gamma Radiation] 763.8 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 148 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2008 [Gamma Radiation] 970.9 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 2nd

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 149 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2009 [Gamma Radiation] 685.6 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 1st

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Row number] 150 [Facility/Operator] West Valley Site [Location] Fence Line at Waste Area [Year] 2008 [Gamma Radiation] 573.4 [Reported Unit] mrem/quarter [Comment] Elevated radiation levels are expected at this monitoring location due to its proximity to a High Level Radioactive Waste Storage Facility. This is an on-site location. Access to this location is controlled by the site operator. [Quarter]

Output: 4th

Environmental Radiation Surveillance Gamma Radiation Readings: Beginning 1995 | State of New York | Open Data


Input: [Types] Cyclones [Disadvantages] Have low collection efficiency for respirable particulates [Advantages]

Output: Have no moving parts

The Encyclopedia Of Dust Collection Systems | Baghouse.com


Input: [Disadvantages] Suffer decreased efficiency if gas viscosity or gas density increases [Advantages]

Output: Can be used as precleaners to remove coarser particulates and reduce load on more efficient dust collectors

The Encyclopedia Of Dust Collection Systems | Baghouse.com


Input: [Disadvantages] Are susceptible to erosion [Advantages]

Output: Can be designed to remove a specific size range of particles

The Encyclopedia Of Dust Collection Systems | Baghouse.com


Input: [Types] Multiple Cyclones [Disadvantages] Have low collection efficiency for respirable particulates [Advantages]

Output: Have no moving parts

The Encyclopedia Of Dust Collection Systems | Baghouse.com


Input: [Disadvantages] Are prone to plugging due to smaller diameter tubes [Advantages]

Output: Are more efficient than single-cyclone separators

The Encyclopedia Of Dust Collection Systems | Baghouse.com


Input: [Disadvantages] Improper gas distribution may result in dirty gas bypassing several tubes [Advantages]

Output: Have low pressure drop when used as a precleaner

The Encyclopedia Of Dust Collection Systems | Baghouse.com


Input: [Scientific Name] Abelia x grandiflora [Common Name] Glossy Abelia [Growth Habit]

Output: Shrubs

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Abies [Common Name] Fir [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Abies balsamea [Common Name] Dwarf Balsam Fir [Growth Habit]

Output: Shrubs

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acer griseurn [Common Name] Paperbark Maple [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acer palmatum [Common Name] Japanese Maple [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acer pensylvanicum [Common Name] Striped Maple [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acer platanoides [Common Name] Norway Maple [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acer rubrum [Common Name] Red Maple [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acer saccharinum [Common Name] Silver Maple [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acer saccharum [Common Name] Sugar Maple [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Achillea [Common Name] Yarrow [Growth Habit]

Output: Perennials

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Achillea filipendulina [Common Name] Fernleaf Yarrow [Growth Habit]

Output: Perennials

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Achillea millefolium [Common Name] Common Yarrow [Growth Habit]

Output: Perennials

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Aconitum [Common Name] Monkshood [Growth Habit]

Output: Perennials

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acorus gramineus [Common Name] Japanese Sweet Flag [Growth Habit]

Output: Ornamental Grasses

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acsculus arguta [Common Name] Texas Buckeye [Growth Habit]

Output: Shrubs

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Acuba japonica [Common Name] Acuba [Growth Habit]

Output: Shrubs

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Aegopodium podagaria [Common Name] Bishop's Weed [Growth Habit]

Output: Ground Covers

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Aesculus parviflora [Common Name] Bottlebrush Buckeye [Growth Habit]

Output: Shrubs

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Aesculus x carnea [Common Name] Ruby Horsechestnut [Growth Habit]

Output: Trees

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Agapanthus [Common Name] African Lily [Growth Habit]

Output: Perennials

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Agapanthus africanus [Common Name] Lily of the Nile [Growth Habit]

Output: Perennials

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Agastache foeniculum [Common Name] Anise Hyssop [Growth Habit]

Output: Perennials

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Agave americana [Common Name] Century Plant [Growth Habit]

Output: Perennials

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Ageratum [Common Name] Ageratum [Growth Habit]

Output: Annuals

Deer Resistant Plants - By Scientific Name


Input: [Scientific Name] Ageratum houstonianum [Common Name] Bluemink [Growth Habit]

Output: Annuals

Deer Resistant Plants - By Scientific Name