Input: [Common Name] Yellow Fieldcress [Scientific Name] Rorippa sylvestris [Destinations]

Output: Info

Pests and Maps - Pest Tracker - CAPS Services


Input: [Common Name] Yellow Flag Iris [Scientific Name] Iris pseudocorus [Destinations]

Output: Info Maps

Pests and Maps - Pest Tracker - CAPS Services


Input: [Common Name] Yellow Floating Heart [Scientific Name] Nymphoides peltata [Destinations]

Output: Info Maps

Pests and Maps - Pest Tracker - CAPS Services


Input: [Common Name] Yellow Peach Moth; Castor Capsule Borer [Scientific Name] Conogethes punctiferalis [Destinations]

Output: Info Maps

Pests and Maps - Pest Tracker - CAPS Services


Input: [Common Name] Yellow Starthistle [Scientific Name] Centaurea solstitialis [Destinations]

Output: Info Maps

Pests and Maps - Pest Tracker - CAPS Services


Input: [Common Name] Yellow Toadflax [Scientific Name] Linaria vulgaris [Destinations]

Output: Info Maps

Pests and Maps - Pest Tracker - CAPS Services


Input: [Common Name] Yellow Witchweed [Scientific Name] Alectra vogelii [Destinations]

Output: Info Maps

Pests and Maps - Pest Tracker - CAPS Services


Input: [Common Name] Zebra Mussel [Scientific Name] Dreissena polymorpha [Destinations]

Output: Info

Pests and Maps - Pest Tracker - CAPS Services


Input: [Common Name] Zimmerman Pine Moth [Scientific Name] Dioryctria zimmermani [Destinations]

Output: Info

Pests and Maps - Pest Tracker - CAPS Services


Input: [0] Disorder [1] Heredity [2] Age at Onset [3] Symptoms [4] Ophthalmoscopic Features [5]

Output: Fluorescein Angiography

Volume 3, Chapter 9. Hereditary Macular Dystrophies


Input: [0] Pattern dystrophy of the pigment epithelium of Marmor and Byers [1] AD [2] 2nd–4th decades [3] Asymptomatic or slight decrease in central vision (20/20–20/30) [4] Granular appearance of pigmentation within central macula, which appears to coalesce slowly into a reticular pattern; + pigment slippling in peripheral retina [5]

Output: Hypofluorescent pattern corresponding to areas of hyperpigmentation

Volume 3, Chapter 9. Hereditary Macular Dystrophies


Input: [0] Foveomacular vitelliform dystrophy: Adult type (peculiar foveomacular dystrophy of Gass; adult-onset foveomacular pigment epithelial dystrophy) [1] Probably AD [2] 4th–6th decades [3] Asymptomatic or slight decrease in central vision in the 20/30–20/40 range; ± metamorphopsia [4] Symmetric, round or oval, slightly elevated yellow subretinal lesions, one third disc diameter in size with a central pigmented spot within the fovea; ± small drusen in paracentral region [5]

Output: Small, irregular ring of hyperfluorescence surrounding a central hypofluorescent spot; no evidence of perifoveal fluorescein dye leakage

Volume 3, Chapter 9. Hereditary Macular Dystrophies


Input: [0] Dominant slowly progressive macular dystrophy of Singerman-Berkow-Patz [1] AD [2] 5th–6th decades [3] Asymptomatic or slight decrease in central vision in the 20/25–20/40 range [4] Subtle RPE mottling in younger patients [5]

Output: An ovoid area of hyperfluorescence and late staining surrounding a central nonfluorescent spot; ± hyperfluorescence of posterior pole flecks

Volume 3, Chapter 9. Hereditary Macular Dystrophies


Input: [0] Butterfly-shaped pigment dystrophy of the fovea [1] Probably AD [2] 2nd–5th decades [3] Asymptomatic or slight decrease in central vision in the 20/20–20/25 range [4] Reticular (so-called butterfly-shaped) pattern of pigmentation within the central macula; ± pigment stippling in peripheral retina [5]

Output: Reticular hypofluorescent pattern corresponding to areas of hyperpigmentation

Volume 3, Chapter 9. Hereditary Macular Dystrophies


Input: [0] Macrorcticular dystrophy of the RPE [1] Probably AD (variable penetrance and expressivity) [2] 5th decade [3] Mild to moderate decrease in central vision in the 20/30–20/70 range [4] Variably pigmented bands within the central macula arranged in a reticular, propeller-like or hot-cross-bun pattern; ± pigment slippling in peripheral retina [5]

Output: Reticular hypofluorescent pattern corresponding to areas of hyperpigmentation; intervening spaces are hyperfluorescent and larger and more irregular than those seen in Sjögren's reticular dystrophy of the RPE

Volume 3, Chapter 9. Hereditary Macular Dystrophies


Input: [0] Sjögren's reticular dystrophy of the RPE [1] AR [2] 1st decade [3] Asymptomatic [4] Early, irregular central hyperpigmented patch of RPE (may have “bull's eye”); later, network of pigmented lines throughout posterior pole resembling “knotted fishnet” [5]

Output: Netlike hypofluorescent pattern corresponding to reticular hyperpigmentation

Volume 3, Chapter 9. Hereditary Macular Dystrophies


Input: [0] Pigment epithelial dystrophy of Noble-Carr-Siegel [1] AD (complete penetrance and variable expressivity) [2] Congenital or occurs shortly after birth [3] Decreased central vision (20/40-HM): ± pendular nystagmus [4] Generalized RPE and choriocapillary atrophy; ± pigment clumping within posterior pole [5]

Output: Hypofluorescent pattern corresponding to areas of hyperpigmentation, and hyperfluorescent areas related to RPE atrophy

Volume 3, Chapter 9. Hereditary Macular Dystrophies


Input: [California or Spicy] Salmon [Fried California] Spicy Salmon [Spicy Crab]

Output: Salmon Avocado


Input: [California or Spicy] Tuna [Fried California] Spicy Tuna [Spicy Crab]

Output: Tuna Avocado


Input: [California or Spicy] Yellowtail [Fried California] Spicy Yellowtail [Spicy Crab]

Output: Spicy White Tuna


Input: [California or Spicy] Eel Avocado [Fried California] Spicy Eel [Spicy Crab]

Output: Eel Cucumber


Input: [California or Spicy] Shrimp Avocado [Fried California] Spicy Shrimp [Spicy Crab]

Output: Shrimp Cucumber


Input: [California or Spicy] Vegetable [Fried California] Asparagus [Spicy Crab]

Output: Avocado Cucumber


Input: [California or Spicy] Tempura Asparagus [Spicy Crab]

Output: Tempura Sweet Potaot


Input: [California or Spicy] Tempura Shrimp [Spicy Crab]

Output: Fried Calamari


Input: [Gas Producing] Beans [Odour Producing] Asparagus [Colour Changes] Asparagus [Odour Control] Buttermilk [Increased Stool] Bran cereals [Diarrhea Control] Applesauce [Stoma Obstructive]

Output: Apple peels


Input: [Gas Producing] Cabbage [Odour Producing] Baked beans [Colour Changes] Beets [Odour Control] Cranberry juice [Increased Stool] Fresh fruits [Diarrhea Control] Bananas [Stoma Obstructive]

Output: Cabbage raw


Input: [Gas Producing] Carbonated beverage [Odour Producing] Broccoli [Colour Changes] Coffee [Odour Control] Tomato juice [Increased Stool] Green, leafy veggies [Diarrhea Control] Peanut butter [Stoma Obstructive]

Output: Corn, whole kernel


Input: [Gas Producing] Cauliflour [Odour Producing] Cod liver oil [Colour Changes] Cooked fruits [Odour Control] Yogurt [Increased Stool] Milk [Diarrhea Control] Tapioca [Stoma Obstructive]

Output: Coconut


Input: [Gas Producing] Cucumber [Odour Producing] Eggs [Colour Changes] Food colour [Increased Stool] Prunes [Stoma Obstructive]

Output: Dried fruit


Input: [Gas Producing] Dairy products [Odour Producing] Fish [Colour Changes] Iron pills [Increased Stool] Raw vegetables [Stoma Obstructive]

Output: Mushrooms


Input: [Gas Producing] Nuts [Odour Producing] Garlic [Colour Changes] Strawberries [Increased Stool] Whole grains [Stoma Obstructive]

Output: Pineapple


Input: [Gas Producing] Onions [Odour Producing] Onions [Colour Changes] Tomato sauces [Stoma Obstructive]

Output: Popcorn


Input: [Gas Producing] Radishes [Odour Producing] Peanut butter [Stoma Obstructive]

Output: Seeds


Input: [Disease] AIDS [Causing Agent] Human T -cell Leukemia Virus HTLV-III [Infection / Transmission]

Output: blood and sperms , thru sexual contact homo or heterosexual)

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Ascariasis [Causing Agent] Ascaris lumbricoides [Infection / Transmission]

Output: raw vegetables infected with eggs

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Athletes’ Foot [Causing Agent] Trichophyton [Infection / Transmission]

Output: bad foot hygiene

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Bacillary Dysentery [Causing Agent] Shigella Dysenterie [Infection / Transmission]

Output: flies, food, faeces

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Botulism [Causing Agent] Clostridium botulinum [Infection / Transmission]

Output: food poisoning

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Chickenpox [Causing Agent] Varicella Virus [Infection / Transmission]

Output: contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Cholera [Causing Agent] Varibrio Cholerae [Infection / Transmission]

Output: flies, food , faeces, carriers

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Common Cold [Causing Agent] Rhino Virus [Infection / Transmission]

Output: contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Dengue [Causing Agent] Dengue Virus (arbovirus) [Infection / Transmission]

Output: Aedes Mosquito

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Diarrhea [Causing Agent] Giardia intestinalis [Infection / Transmission]

Output: contaminated stools

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Diphtheria [Causing Agent] Corynebacterium diptheriae ( Bacteria) [Infection / Transmission]

Output: contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Filariasis [Causing Agent] Wuchereria bancrofti [Infection / Transmission]

Output: mosquito, infection in lymph nodes and lymphatic vessels

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Gonorrhoea [Causing Agent] Diplococcus ( Neisseria gonorrhoeae) [Infection / Transmission]

Output: sexual intercourse

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Herpes [Causing Agent] Herps Virus [Infection / Transmission]

Output: contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Hook worm disease [Causing Agent] Ancylostoma Duedenale [Infection / Transmission]

Output: faiseces and walking barefoot.

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Influenza Flu [Causing Agent] Orthomixovirus [Infection / Transmission]

Output: contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] kala azar [Causing Agent] Leishmania Donovani [Infection / Transmission]

Output: infected sand fly

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Leprosy [Causing Agent] Mycobacterium Leprae [Infection / Transmission]

Output: Long and close contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Measles [Causing Agent] Measles virus (ParaMyxoVirus) [Infection / Transmission]

Output: contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Mumps [Causing Agent] Mumps Virus (Paramyxovirus) [Infection / Transmission]

Output: contact, virus in saliva spreads

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] oriental Sore [Causing Agent] Leishmania Tropica [Infection / Transmission]

Output: infected sand fly

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Pinworm Disease [Causing Agent] Enterobius Vermicularis caecum [Infection / Transmission]

Output: ingestion of eggs contaminated food

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Plague [Causing Agent] Yersinia Pestis [Infection / Transmission]

Output: Rat Flea

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Pneumonia [Causing Agent] Diplococcus pneumoniae [Infection / Transmission]

Output: bacteria transmission by contact.

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Poliomyelitis [Causing Agent] Polio Virus or Enterovirus [Infection / Transmission]

Output: houseflies, food and water

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Rabies [Causing Agent] rhabdovirus [Infection / Transmission]

Output: mad dog bites

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Ringworm [Causing Agent] Microsporum Trichophyton [Infection / Transmission]

Output: cats and dogs

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Septic Sore Throat [Causing Agent] Streptococcus Bacteria [Infection / Transmission]

Output: contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Sleeping Sickness [Causing Agent] Tryponosoma Brucei [Infection / Transmission]

Output: reaches lymph nodes via transmission thru fly bites

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Smallpox [Causing Agent] Variola Virus [Infection / Transmission]

Output: contact

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Syphilis [Causing Agent] Treponema Palladium [Infection / Transmission]

Output: direct contact mainly sex

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] TB [Causing Agent] Mycobacterium tuberculosis [Infection / Transmission]

Output: Bacteria transmission by cough

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Tetanus [Causing Agent] Clostidium tetani [Infection / Transmission]

Output: bacteria in soil thru wounds

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Typhoid [Causing Agent] Salmonella Typhi [Infection / Transmission]

Output: Flies, food etc.

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Vaginatis [Causing Agent] Trichomonas Vaginalis [Infection / Transmission]

Output: Female Vaginal tracts, Male Urinary Tract both may be infected during coitus

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Viral Encephelitis [Causing Agent] arbovirus [Infection / Transmission]

Output: mosquito Bite

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Disease] Whooping cough [Causing Agent] Hameophilius Pertussis [Infection / Transmission]

Output: coughing and sneezing

List of Human Diseases Caused By Bacteria and Viruses - General Knowledge Today


Input: [Problem] Hook or curve in the beginning of each cut only. [Cause]

Output: The initial plunge of the blade into the mat board is causing the blade tip to flex outward and immediately go back to a straight position once cutting begins. This is caused by too much blade extending out the bottom of the cutting head.

Mat Cutting Advice by Logan Graphic Products


Input: [Problem] Long curve in length of cut [Cause]

Output: Excess blade depth allows the blade to flare outward during the entire cut resulting in a long curve from one corner to another. This is caused by too much blade extending out the bottom of the cutting head.

Mat Cutting Advice by Logan Graphic Products


Input: [Problem] Over cuts (blade cutting past each corner with visible mark) [Cause]

Output: Because of excess blade depth the start and stop indicator line on the cutting head is no longer accurate. Using it causes the blade to start its cuts sooner and stop its cut later than needed resulting in cuts that go past the corners. This too is caused by too much blade extending out the bottom of the cutting head.

Mat Cutting Advice by Logan Graphic Products


Input: [Problem] Blade tip breaking off [Cause]

Output: Because of excess blade depth the initial plunge of the blade into the mat board is applying too much stress to the blade tip causing it to break off.

Mat Cutting Advice by Logan Graphic Products


Input: [Problem] Cutting head hard to pull [Cause]

Output: Because of excess depth, the blade is cutting easily through the thickness of the matboard but far too deeply Into the backing board. This extra material cutting adds more resistance to the cut.

Mat Cutting Advice by Logan Graphic Products


Input: [Problem] Blades dulling too quickly [Cause]

Output: Although the cutting life of a blade is difficult to predict, unnecessary excess blade depth certainly dulls a blade faster than usual. Proper blade depth ensures the longest life possible from a blade.

Mat Cutting Advice by Logan Graphic Products


Input: [Model] II [ROM SIMM slot?] No [Notes]

Output: has solder pads for one

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] IIx [ROM SIMM slot?] Yes [Notes]

Output: required; no onboard ROM

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] IIcx/ci [ROM SIMM slot?] Yes [Notes]

Output: some later IIcx have only solder pads

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] IIsi [ROM SIMM slot?] Yes [Notes]

Output: very rare

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] IIfx [ROM SIMM slot?] Yes [Notes]

Output: required; no onboard ROM

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] IIvx/vi/P600 [ROM SIMM slot?] No [Notes]

Output: has solder pads for one

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] SE/30 [ROM SIMM slot?] Yes [Notes]

Output: required; no onboard ROM

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] LC47x/Q605 [ROM SIMM slot?] Yes [Notes]

Output: none known to exist

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] Q/C660AV [ROM SIMM slot?] Yes [Notes]

Output: some have only solder pads

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] Q700 [ROM SIMM slot?] Yes [Notes]

Output: none known to exist

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] Q9x0 [ROM SIMM slot?] Yes [Notes]

Output: none known to exist

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] Q800 [ROM SIMM slot?] Yes [Notes]

Output: none known to exist

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [Model] Power Macintosh x100 [ROM SIMM slot?] Yes [Notes]

the pickle's Low-End Mac FAQ, Concatenated HTML version


Input: [1] Natural Stone [2] Precast Pavers [3] Stamped Concrete [4]

Output: Unique Concrete, Hand Crafted Stone


Input: [0] Design Versatility: Considersations such as color choices and pattern choices [1] Limited color choices, limited shapes and sizes [2] Limited color choices, many patterns, but limited to small shapes [3] Unlimited color selection, wide pattern selection but limited to contractors inventory [4]

Output: Unlimited color selection, 22 different patterns available at no extra costs, custom patterns available


Input: [0] Ability to Customize: Customized shapes and free flowing patio designs [1] Limited stocked shapes and patterns; curved shapes involve more cutting which drives up labor and material costs [2] Limited stocked patterns, custom orders available at additional costs; free flowing designs involve more cuts than natural stone which cause higher labor and material costs [3] Able to adapt to most shapes or designs [4]

Output: Only limited by imagination, since the concrete tile is made on site and in place, shapes sizes, colors, and designs are unlimited.


Input: [0] Strength, Durability and Performance [1] Very durable if laid on structural slab and stone thickness is a minimum of 1.5″. Stone has been around forever but is subject to quality of its foundation. [2] Very durable as individual units but only as durable as its foundation. If laid in sand, subject to individual settling, erosion, insects and uneven wearing. [3] Very durable and strong if properly reinforced using steel and synthetic fibers. Color hardeners only color top 1/8″ of concrete, has faux grout lines. Topical sealers will limit performance in salt conditions. [4]

Output: Unique two step process allows for unparalleled amounts of reinforcement. Coloring is throughout top 1.5″ and actual grout is applied to joints. Utilizes state of the art lithium siliconate penetrating sealers that seal from the inside out. Similar deicer considerations as Pavers.


Input: [0] Maintenance Considerations [1] Very low maintence if installed properly. [2] Frequent resetting due to settling, spraying for insects and weeds, reapplication of sand in joints. Sealing is required for stain resistance. [3] Requires resealing a minimum of every 2 years in order to preserve color contrast between pattern and faux grout. [4]

Output: Minimum of 2 coats of penetrating sealer applied upon job completion which densify and protect from staining. Resealing is not necessary for color preservation, only needed if highest stain resistance is called for. Can be applied by customer or professional.


Input: [0] Environmental Impact [1] Very high impact on enviroment. Extensive mining and milling of stone, as well as heavy emissions for deliveries [2] Manufactured in large factories. Mining of natural resources. Lots of waste that ends up in landfills. Heavy emission’s from large equipment in production and delivery. [3] Mining of natural resources. Require resealing with high VOC sealers at least every 2 years. [4]

Output: Mining of natural resources, however since product is made to order right on site there is very little waste and emissions due to delivery. Sands are sourced locally and we have the ability to use recycled materials. All sealers are either zero or low VOC.


Input: [0] Expansion Joints/ Saw Cuts [1] Not necessary if dry laid [2] Not necessary [3] Required and often detract from job. Most indiscriminately cut right through patterns, voids can fill with dirt and promote weed growth. [4]

Output: They are required, however we can incorporate them into the design to draw less attention. Grouted or filled so there is no void.


Input: [0] Heat Retention and Slipperiness [1] Very hot if in the sun and very slippery when wet. Not ideal for swimming areas with young children or commercial applications [2] Retains some heat and usually not slippery when wet. [3] If topical sealers are applied, can be very hot and very slippery [4]

Output: Heat retention similar to a paver, however with our unique texture, we create peaks and valleys so barefeet are not in constant contact with surface. Textured surface creates a slip resistant surface.


Input: [0] Natural Look [1] Yes, probably the most natural hardscape material. [2] Even though manufactured, maintains a natural look [3] Very unnatural, tries to mimic brick or stone. Topical sealers create high shine which can look unnatural. Sealer is necessary [4]

Output: The option is yours. Since this is truely a customized material made to order on site, the option is yours. Without the addition of topical sealers, we can maintain the look of a paver, or if more of a shine is desired, a sealer can be applied, however it is not necessary


Input: [0] Grouted [1] Can be grouted if laid in a concrete base or sand is used if dry laid [2] Utilizes sand joints in between pavers which can be prone to insects and weeds [3] Faux grout joints designed to trick the eye. Accomplished by either stains or antiqued release. Must be resealed to maintain the fake grout joints. [4]

Output: Actual grout is mixed on site in any color. Since this is an actual grout does not require resealing to preserve the color contrast.


Input: [0] Versatility [1] Widely used for both horizontal and vertical applications. Applications now include covering elevated wooden decks. See info below chart for examples. [2] Typically reserved for just flatwork applications, however many are trying to push the limits of this product to include elevated decks over wood substructures. See info below chart for examples. [3] As of now mainly featured in on grade applications. However, many new technologies are pushing the application to other areas. See info below chart for examples. [4]

Output: We have been offering our concrete tile over wooden decks for over 25 years. Our same process applies to new construction, resurfacing, and elevated decks. We have developed a unique process that is exclusive to us. It is competively priced with vinyl and composite decking alternatives, without that cheap plastic like feel. It is a custom concrete tile over an elevated wooden deck that can also weatherproof the area below.


Input: [0] Unique Characteristics [1] Natural beauty, perhaps the most beautiful in this category. Timeless look. [2] Very little uniqueness, manufactured look. No unusual characteristics, some take steps to tumble and age, attempts for a more natural look. [3] Very little uniqueness. Textures repeat giving it a manufactured look. Most patterns repeat. Gives the impression that it is trying to mimic a natural product such as stone. [4]

Output: Handcrafted look. Since each concrete tile is cast in place on the jobsite, every piece has its own unique characteristics. The texture varies from piece to piece. While patterns and colors can be similar from job to job, each installation has it own uniqueness.


Input: [0] Costs Per Sq. Foot [1] $18 and $40(can go higher). Costs vary dramatically, from thickness of stone, type of stone, availability, shape and size. As well as installation methods. [2] $6 – $16. While material costs remain consistent, installation charges can vary widely. Rule of thumb says that the harsher the climate, the more excavation is required. Proper excavation could require up to 16″ of soil removed, then filled back with proper drainage material. Pavers are only as good as their foundation. [3] $8 – $20. Cost vary greatly due to many factors, such as: coloring method, variety of colors, reinforcement, pattern, texture, finish and excavation. [4]

Output: $10.50 – $20. Costs vary dependent on job size and amount of excavation required. However, unlike pavers we do not require and over dig. With the ability to add more reinforcement than any other method, we are able to work with almost any job condition.


Input: [Water Softener Timing Gear] Battery Lid These components have traveled into space as well as deep into the earth drilling oil wells. We are an industry leader in providing these components. [Appliances]

Output: Batteries, High Performance

Screw machining, CNC machining, swiss machining, machined parts, self clinching fasteners, self clinching standoffs, panel fasteners, metal stamping, fineblanking, precision stamping, laser cutting, waterjet cutting, injection molding, insert molding, overmolding, polyurethane molding, silicone molding.


Input: [Water Softener Timing Gear] Trigger Close tolerances and superior edge finish provided the best overall solution. [Appliances]

Output: Fire Arms

Screw machining, CNC machining, swiss machining, machined parts, self clinching fasteners, self clinching standoffs, panel fasteners, metal stamping, fineblanking, precision stamping, laser cutting, waterjet cutting, injection molding, insert molding, overmolding, polyurethane molding, silicone molding.


Input: [Water Softener Timing Gear] Rifle Bipod Lever Clean edges eliminated the "cheap and dirty" appearance of a stamping. [Appliances]

Output: Fire Arms

Screw machining, CNC machining, swiss machining, machined parts, self clinching fasteners, self clinching standoffs, panel fasteners, metal stamping, fineblanking, precision stamping, laser cutting, waterjet cutting, injection molding, insert molding, overmolding, polyurethane molding, silicone molding.


Input: [Water Softener Timing Gear] Transducer, Shell Half Before: Blank, form, machine hole, turn OD, grind face. After: Fineblank complete to print, Cost savings $1.10 per part! [Appliances]

Output: Instrumentation

Screw machining, CNC machining, swiss machining, machined parts, self clinching fasteners, self clinching standoffs, panel fasteners, metal stamping, fineblanking, precision stamping, laser cutting, waterjet cutting, injection molding, insert molding, overmolding, polyurethane molding, silicone molding.


Input: [Water Softener Timing Gear] Bracket Clean edges eliminated grinding and buffing of outside edge. Cost savings = $.70 per part. [Appliances]

Output: Motorcycles

Screw machining, CNC machining, swiss machining, machined parts, self clinching fasteners, self clinching standoffs, panel fasteners, metal stamping, fineblanking, precision stamping, laser cutting, waterjet cutting, injection molding, insert molding, overmolding, polyurethane molding, silicone molding.


Input: [Water Softener Timing Gear] Bull Riding Spurs Clean edges eliminated the need for extensive hand buffing. Cost savings = $.80 per part. [Appliances]

Output: Rodeo Equipment

Screw machining, CNC machining, swiss machining, machined parts, self clinching fasteners, self clinching standoffs, panel fasteners, metal stamping, fineblanking, precision stamping, laser cutting, waterjet cutting, injection molding, insert molding, overmolding, polyurethane molding, silicone molding.


Input: [Water Softener Timing Gear] 4 Wheeler, Shift Lever Custom gear form eliminated secondary machining operation. Cost savings = $.60 per part. [Appliances]

Output: Snowmobiles

Screw machining, CNC machining, swiss machining, machined parts, self clinching fasteners, self clinching standoffs, panel fasteners, metal stamping, fineblanking, precision stamping, laser cutting, waterjet cutting, injection molding, insert molding, overmolding, polyurethane molding, silicone molding.


Input: [Category] Milk and Alternatives [Notes] May be thickened/stabilized with wheat flour or wheat starch. Seasonings may contain hydrolyzed wheat protein, wheat flour or wheat starch. [Food Products]

Output: Cheese spreads or sauces (e.g. nacho), seasoned (flavoured) shredded cheese


Input: [Notes] May contain granola, cookie crumbs or wheat bran. [Food Products]

Output: Flavoured or frozen yogurt


Input: [Category] Grain Products [Notes] Pure buckwheat flour is gluten-free. Sometimes buckwheat flour may be mixed with wheat flour. [Food Products]

Output: Buckwheat flour


Input: [Notes] May contain barley malt, barley malt extract or barley malt flavouring. [Food Products]

Output: Rice and corn cereals


Input: [Notes] Some “Soba” (Japanese noodles) contain pure buckwheat flour which is gluten-free but others may also contain wheat flour. [Food Products]

Output: Buckwheat pasta


Input: [Notes] Seasonings may contain hydrolyzed wheat protein, wheat flour or wheat starch or have added soy sauce that contains wheat. [Food Products]

Output: Seasoned or flavoured rice mixes


Input: [Notes] Multi-grain products may contain barley and/or commercial oats. Some contain soy sauce (may be made from wheat) or seasonings containing hydrolyzed wheat protein, wheat flour or wheat starch. [Food Products]

Output: Multi-grain or flavoured rice or corn cakes or rice crackers


Input: [Category] Meat and Alternatives [Notes] Some are thickened with wheat flour. [Food Products]

Output: Baked beans


Input: [Notes] May contain fillers made from wheat starch. [Food Products]

Output: Imitation fish products (e.g. surimi, imitation crab)


Input: [Notes] May contain hydrolyzed wheat protein, wheat flour or wheat starch. [Food Products]

Output: Seasoned or dry roasted nuts or seeds


Input: [Notes] May contain fillers made from wheat. May contain seasonings made from hydrolyzed wheat protein, wheat flour or wheat starch. [Food Products]

Output: Processed meat products: deli or luncheon meats, hot dogs


Input: [Notes] Often contain seasonings made from hydrolyzed wheat protein, wheat flour or wheat starch. [Food Products]

Output: Meat substitutes (e.g. vegetarian burgers, sausages)


Input: [Category] Vegetables and Fruits [Notes] May be dusted with commercial oat flour, dextrose or rice flour. [Food Products]

Output: Dates


Input: [Notes] Often cooked in the same oil as gluten-containing products resulting in cross-contamination. [Food Products]

Output: French fried potatoes


Input: [Category] Soups [Notes] May contain wheat flour or hydrolyzed wheat protein. May contain noodles or barley. Cream soups are often thickened with wheat flour. Seasonings may contain hydrolyzed wheat protein, wheat flour or wheat starch. [Food Products]

Output: Canned soups, dried soup mixes, soup bases and bouillon cubes


Input: [Category] Fats and Oils [Notes] May contain wheat flour, malt vinegar or soy sauce (made from wheat). Seasonings may contain hydrolyzed wheat protein, wheat flour or wheat starch. [Food Products]

Output: Salad Dressings


Input: [Notes] Some types have added wheat flour or wheat starch. [Food Products]

Output: Cooking Spray


Input: [Category] Desserts and Sweets [Notes] Wheat starch may be added. [Food Products]

Output: Cake icings or frostings


Input: [Category] Snack Foods [Notes] Some potato chips contain wheat starch. Seasoning mixtures may contain hydrolyzed wheat protein, wheat flour or wheat starch. [Food Products]

Output: Seasoned potato chips, taco (corn) chips, nuts and soy nuts.


Input: [Category] Beverages [Notes] Some flavoured or herbal teas, coffee substitutes and other drinks may have barley malt flavouring. Some specialty coffees may contain a chocolate chip-like product that contains cookie crumbs. [Food Products]

Output: Flavoured or herbal teas or flavoured coffee


Input: [Category] Other [Notes] Most brands contain cornstarch which is gluten-free but some brands contain wheat starch. [Food Products]

Output: Baking Powder


Input: [Notes] Some brands contain wheat flour or wheat starch. [Food Products]

Output: Specialty mustards, mustard flour and curry paste


Input: [PATS] American Wit — This keeps the line moving at 2am. [CBP] Cheesesteak with Fried Onions — The Aramark employees know of two kinds of steaks. With onions or without. How do they know the difference? The way it’s wrapped. [Category]

Output: ORDER


Input: [PATS] Solid roll. Fresh. [CBP] The steak was kept in a heater that looked like a refrigerator. The bread was quite soggy from the humidity. [Category]

Output: ROLL


Input: [PATS] The American cheese was cold and not melted. The trick? Hold the roll together around the hot meat. Bingo. Cheese is melted. [CBP] The American cheese was melted and intermingled with the meat. If this trick is learned or just happenstance from the heat machines. [Category]

Output: CHEESE


Input: [PATS] The reason I don’t recommend tourists get steaks from Pat’s and Geno’s because i don’t think they are prepared for the meat to be sliced so thick. It’s an acquired taste. The meat on my steak was excellent. My buddy Waynes a little grisly. Good for me. [CBP] The meat that didn’t have cheese intermingled was a little dry. Fortunately, the moist roll cancelled that out. [Category]

Output: MEAT


Input: [PATS] Quite fresh. Actually, I have no thoughts on this. I just remember there were onions here. And plenty of them. [CBP] Quite fresh. Actually, I have no thoughts on this. I just remember there were onions here. And not enough of them. [Category]

Output: ONIONS


Input: [PATS] Pat’s wins in a close race. The key? I wanted a second steak. But the line had gotten much bigger at that point. So I gave myself a pass. [CBP] I shared a steak earlier in the year with my mom. And it was okay. But not as good as the steak today. The cheese was the difference maker here. Good job by Aramark. I will get to Rick’s and Tony Luke’s before the season is out. But remember only ONE steak per month! [Category]

Output: Verdict


Input: [Type of business] Sawmill [Comments] Plenty of biomass fuel available [Suitability of GEK]

Output: Excellent


Input: [Type of business] Nut grower /processor [Comments] Nut shells are superior fuel for gasification [Suitability of GEK]

Output: Excellent


Input: [Type of business] Food processor Such as cassava, corn, rice, sugar [Comments] Use peels and husks and bagasse as fuel [Suitability of GEK]

Output: Very good


Input: [Type of business] Farm [Comments] Can be self sufficient, depending on crops. [Suitability of GEK]

Output: Very good


Input: [Type of business] Cell phone tower operator [Comments] Need for constant power supply makes diesel operation very expensive. Cut costs by well over 50% with GEK gasifier [Suitability of GEK]

Output: Excellent


Input: [Type of business] Retail [Comments] With biomass supply in place, can have reliable refrigeration for food storage [Suitability of GEK]

Output: Very good


Input: [Type of business] Hotel [Comments] With biomass supply in place, can have reliable refrigeration and air conditioning [Suitability of GEK]

Output: Very good


Input: [Type of business] Cold-storage operator [Comments] Cold storage is too expensive with diesel. It is economical where there’s supply of biomass. This is a business with critical importance that is practically non-existent in West Africa. [Suitability of GEK]

Output: Excellent


Input: [Type of business] Government agencies [Comments] Supply power in remote installations such as army camps, hospitals, airports and others [Suitability of GEK]

Output: Very good


Input: [Loss of consciousness] Seizures or convulsions [Difficulty remembering] Fatigue or low energy [Blurred vision]

Output: Balance Problems

Brain Injury Patient Urges Kids to Wear Helmets | CTV Ottawa News


Input: [Loss of consciousness] Amnesia [Difficulty remembering] Confusion [Blurred vision]

Output: Sensitivity to light

Brain Injury Patient Urges Kids to Wear Helmets | CTV Ottawa News


Input: [Loss of consciousness] Headache [Difficulty remembering] Drowsiness [Blurred vision]

Output: Sensitivity to noise

Brain Injury Patient Urges Kids to Wear Helmets | CTV Ottawa News


Input: [Loss of consciousness] “Pressure in the head” [Difficulty remembering] More emotional [Blurred vision]

Output: Feeling slowed down

Brain Injury Patient Urges Kids to Wear Helmets | CTV Ottawa News


Input: [Loss of consciousness] Neck pain [Difficulty remembering] Irritability [Blurred vision]

Output: Feeling like “in a fog”

Brain Injury Patient Urges Kids to Wear Helmets | CTV Ottawa News


Input: [Loss of consciousness] Nausea or vomiting [Difficulty remembering] Sadness [Blurred vision]

Output: “don’t feel right”

Brain Injury Patient Urges Kids to Wear Helmets | CTV Ottawa News


Input: [Loss of consciousness] Dizziness [Difficulty remembering] Nervous or anxious [Blurred vision]

Output: Difficulty concentrating

Brain Injury Patient Urges Kids to Wear Helmets | CTV Ottawa News


Input: [Solder] Bismuth [Characteristics] Deforms easily. Needs Aggressive fluxes. [Applications]

Output: Low temperature soldering


Input: [Solder] Cadmium-Silver [Characteristics] Toxic. Good tensile strength [Applications]

Output: High temperature applications


Input: [Solder] Cadmium-Zinc [Characteristics] Toxic [Applications]

Output: Soldering aluminum


Input: [Solder] Indium [Characteristics] Deforms easily [Applications]

Output: Low temperature soldering, wets glass


Input: [Solder] Lead-Silver [Characteristics] Good high temperature properties, good fatigue strength. Medium or low flow properties [Applications]

Output: High temperature applications


Input: [Solder] Tin-Antimony [Characteristics] Non-toxic. Good high temperature properties. Better electrical conductivity and strength than tin-lead solders. Good wetting. [Applications]

Output: High temperature and food industry applications


Input: [Solder] Tin-Antimony-Lead [Characteristics] Improved mechanical properties over Tin-Lead solders. Can not be used with zinc due to brittle zinc-antimony inter-metallic compounds [Applications]

Output: General purpose.


Input: [Solder] Tin-Lead [Characteristics] Good process characteristics and the best understood solders. [Applications]

Output: General purpose, and the most widely used solders.


Input: [Solder] Tin-Silver [Characteristics] Non-toxic but expensive. Good high temperature properties. [Applications]

Output: Used for soldering medical or high precision instruments. High temperature applications


Input: [Solder] Tin-Zinc [Applications]

Output: Soldering aluminum


Input: [Solder] Zinc-Aluminum [Applications]

Output: Soldering aluminum


Input: [0] Material [1] Abbreviation [2] Temperature Range (dry heat) [4] Resistance to Oil & Grease [5] Water Swell Resistance [6] Flex-Fatigue [7] Economy of Material [8] Material Notes [3]

Output: Aging Weathering, Ozone

Bellows, Rubber Bellows, Rubber Bellow, Rubber Dust Boots, Rubber Convoluted Boots


Input: [0] Chloroprene (Neoprene) [1] CR [2] -40F to 250F [4] Good [5] Average [6] Very Good [7] Good [8] exposure to refrigerants, can be compounded for FDA applications [3]

Output: Good

Bellows, Rubber Bellows, Rubber Bellow, Rubber Dust Boots, Rubber Convoluted Boots


Input: [0] Nitrile [1] NBR [2] -22F to 212F [4] Very Good [5] Good [6] Good [7] Very Good [8] excellent resistance to petroleum based oils and hydrocarbon fuels [3]

Output: Poor

Bellows, Rubber Bellows, Rubber Bellow, Rubber Dust Boots, Rubber Convoluted Boots


Input: [0] Ethylene-Propylene [1] EPDM, EPM [2] -60F to 300F [4] Poor [5] Very Good [6] Good [7] Very Good [3]

Output: Very Good

Bellows, Rubber Bellows, Rubber Bellow, Rubber Dust Boots, Rubber Convoluted Boots


Input: [0] Silicone [1] VMQ [2] -75F to 450F [4] Average [5] Very Good [6] Very Good [7] Average [8] medical and aerospace applications [3]

Output: Very Good

Bellows, Rubber Bellows, Rubber Bellow, Rubber Dust Boots, Rubber Convoluted Boots


Input: [0] Fluorocarbon [1] FKM [2] 5F to 390F [4] Very Good [5] Good [6] Average [7] Poor [3]

Output: Very Good

Bellows, Rubber Bellows, Rubber Bellow, Rubber Dust Boots, Rubber Convoluted Boots


Input: [Standard] 3 Piece Maple [Custom] Walnut [0]

Output: Neck


Input: [Standard] Rosewood (Fretted) Ebony (Fretless) [Custom] Ebony, Maple [0]

Output: Fretboard


Input: [Standard] Walnut [Custom] Mahogany [0]

Output: Body


Input: [Standard] Spruce [Custom] Maple [0]

Output: Top


Input: [Standard] Generic Gotoh [Custom] Hipshot Ultra Lite [0]

Output: Machines


Input: [Standard] Division 1 [Custom] Division 1 [0]

Output: Bridge


Input: [Standard] OW Adjustable Rosewood [Custom] - [0]

Output: Pick-Ups


Input: [Standard] OW / Headway Piezo [Custom] - [0]

Output: Electronics


Input: [Standard] OW Acoustic 3 Band [Custom] - [0]

Output: Controls


Input: [ML-1] Standard [GL-1] Narrower [LL-1] Narrower [Last Type]

Output: Heel Width

Joe's New Balance Outlet - About New Balance


Input: [ML-1] Standard [GL-1] Standard [LL-1] Adjustable [Last Type]

Output: Instep Height

Joe's New Balance Outlet - About New Balance


Input: [ML-1] Deeper [GL-1] Moderate [LL-1] Moderate [Last Type]

Output: Toe Box Height

Joe's New Balance Outlet - About New Balance


Input: [ML-1] Wider [GL-1] Moderate [LL-1] Moderate [Last Type]

Output: Forefoot Width

Joe's New Balance Outlet - About New Balance


Input: [ML-1] 5.0mm [GL-1] 4.5mm in heel [LL-1] 10.0mm [Last Type]

Output: Extra Depth

Joe's New Balance Outlet - About New Balance


Input: [ML-1] Standard [GL-1] 5/8 or 12/8 [LL-1] Standard [Last Type]

Output: Heel Height

Joe's New Balance Outlet - About New Balance


Input: [FEATURE] Automatic TTL operation [Speedlight] Many/Most [Studio lights]


Input: [FEATURE] Portability [Speedlight] High [Studio lights]

Output: Low


Input: [FEATURE] Ability to Follow Fast Action [Speedlight] Very High with TTL automation [Studio lights]

Output: Very Low


Input: [FEATURE] Power Capability [Speedlight] Low [Studio lights]

Output: High


Input: [FEATURE] Recycle Time [Speedlight] Slow [Studio lights]

Output: Fast


Input: [FEATURE] Duty Cycle / Cooling - Repetitive flashing [Speedlight] Low [Studio lights]

Output: High


Input: [FEATURE] System Expandability [Speedlight] Low if not manual flash [Studio lights]

Output: High


Input: [FEATURE] System Versatility (Modifiers) [Speedlight] Low [Studio lights]

Output: High


Input: [FEATURE] White Balance [Speedlight] more blue at low power [Studio lights]

Output: more red at low power


Input: [1] ► [Benefits] 50 – 75% wattage reduction vs. existing fluorescent and metal halides [Features]

Output: Energy efficient

ILLUMASTRIP™ LED Products | CeeLite Technologies


Input: [1] ► [Benefits] Provides significant maintenance cost reduction (time & material) No negative impact on lifetime by on/off cycling [Features]

Output: Long lifetime

ILLUMASTRIP™ LED Products | CeeLite Technologies


Input: [1] ► [Benefits] Easy installation reduces up-front costs [Features]

Output: Innovative design

ILLUMASTRIP™ LED Products | CeeLite Technologies


Input: [1] ► [Benefits] Increase light output while improving light quality [Features]

Output: Quality components

ILLUMASTRIP™ LED Products | CeeLite Technologies


Input: [1] ► [Benefits] Enhances visual comfort [Features]

Output: Flicker free and instant-on (Solid State Lighting)

ILLUMASTRIP™ LED Products | CeeLite Technologies


Input: [1] ► [Benefits] Increases building safety & improves air quality with the removal of harmful substances [Features]

Output: Environmentally friendly

ILLUMASTRIP™ LED Products | CeeLite Technologies


Input: [1] ► [Benefits] Yields lower operating costs with AC load savings [Features]

Output: Minimal heat generation

ILLUMASTRIP™ LED Products | CeeLite Technologies


Input: [Chickenpox or shingles] Diarrhoea enteric precautions, should be isolated for duration of illness [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Chickenpox or shingles] Hepatitis A enteric precautions, isolation probably not required after jaundice has developed [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Chickenpox or shingles] Influenza, other resp. infections isolation not necessary if acquired in hospital or if other patients with the disease are in the ward. Cohorting of patients recommended in outbreaks [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Chickenpox or shingles] Measles secretion precautions. If outbreak occurred in paediatric ward, do not admit non-immune children until 14 days after the last contact has gone home [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Chickenpox or shingles] Meningitis Encephalitis enteric precautions for enteroviruses [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Chickenpox or shingles] Mumps exclude staff who are non-immune [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Chickenpox or shingles] Poliomyelitis enteric precautions, non-immune staff should be excluded [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Chickenpox or shingles] Rabies staff should be immunized immediately [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Chickenpox or shingles] Viral HF special needs [B]

Isolation of Patients, Isolation measures for infected patients


Input: [Indian herbs] Amla [Latin name] Embilica officinalis [Actions] This is best Pitta pacifier drug in Ayurveda. [Common name]

Output: Indian gooseberry

Free Herbal Consultation online ayurveda Herbal Treatment from Ayurveda Guru Govind Prasad Vaidya.


Input: [Indian herbs] Vacha [Latin name] Acorus calamus [Actions] This controls the secretion of acid in the stomach [Common name]

Output: Acorus calamus

Free Herbal Consultation online ayurveda Herbal Treatment from Ayurveda Guru Govind Prasad Vaidya.


Input: [Indian herbs] Nishoth [Latin name] Ipomoea turpethum [Actions] This protects the lining of the stomach from the acid. [Common name]

Output: Turpeth Root

Free Herbal Consultation online ayurveda Herbal Treatment from Ayurveda Guru Govind Prasad Vaidya.


Input: [Indian herbs] Yashtimadhu [Latin name] Glycyrrhiza glabra [Actions] This is good by its madhur – sweet taste. It neutralizes the acid in the stomach [Common name]

Output: Liquorice

Free Herbal Consultation online ayurveda Herbal Treatment from Ayurveda Guru Govind Prasad Vaidya.


Input: [Indian herbs] Nimba [Latin name] Azadirachta indica [Actions] Due to its bitter taste, this dilutes the excess acidic medium in the stomach. [Common name]

Output: Margosa tree

Free Herbal Consultation online ayurveda Herbal Treatment from Ayurveda Guru Govind Prasad Vaidya.


Input: [Indian herbs] Haridra [Latin name] Curcuma longa [Actions] This is very well known healer, this heals the lining of the stomach that is damaged by excess acid. [Common name]

Output: Turmeric

Free Herbal Consultation online ayurveda Herbal Treatment from Ayurveda Guru Govind Prasad Vaidya.


Input: [Indian herbs] Karella [Latin name] Momordica charantia [Actions] This is bitter in taste and hence best as Pitta Dosha pacifier. [Common name]

Output: Bitter gourd

Free Herbal Consultation online ayurveda Herbal Treatment from Ayurveda Guru Govind Prasad Vaidya.


Input: [Hose Type] Double Jacket Hose [Primary Use]

Output: Fire Departments / Heavy Industrial Use


Input: [Hose Type] Single Jacket Hose [Primary Use]

Output: Medium & Light Industrial / Residental Use


Input: [Hose Type] Mill Hose [Primary Use]

Output: Light Industrial Use


Input: [Hose Type] Rubber Covered Hose [Primary Use]

Output: Fire Departments / Industrial Use


Input: [Hose Type] Forestry Hose [Primary Use]

Output: Forestry Firefighting


Input: [Hose Type] Booster Hose [Primary Use]

Output: Fire Departments Pre-connected Reels


Input: [Hose Type] PVC Suction Hose [Primary Use]

Output: Fire Departments / Industrial Use


Input: [Hose Type] Rack Hose [Primary Use]

Output: Interior Hose Cabinets Only


Input: [Animal] Unicorn [Action] nods head [Pet Description]

Output: --purple with pink tail


Input: [Animal] Tiger [Action] moving front legs makes tail twitch [Pet Description]

Output: --white with pink stripes


Input: [Animal] Swan [Action] wings move when head is pushed [Pet Description]

Output: --magenta with transparent neon pink wings


Input: [Animal] Dragon [Action] wings flap when tail is pushed [Pet Description]

Output: --yellow with purple belly and hair on head; transparent orange wings


Input: [Animal] Hamster in wheel [Action] roll the wheel to make the hamster run in it [Pet Description]

Output: --brown hamster in transparent yellow wheel


Input: [Animal] Elephant [Action] ? [Pet Description]

Output: --was sold with the Happy Meal Doll


Input: [DATE] 01/30/06 [SPEAKER] Changyou Wang University of Kentucky [TITLE]

Output: TITLE: Stable-stationary harmonic maps to spheres Abstract: I will first discuss a sharp version of an improved Kato's inequality for smooth harmonic maps between manifolds. Then use it to obtain new estimates on the Hausdorff dimension of singular set for stable-stationary harmonic maps to spheres. This is joint work with F.H. Lin.


Input: [DATE] 02/13/06 [SPEAKER] Xinwei Yu UCLA [TITLE]

Output: Level Set Dynamics and the Non-blowup of the 2D Quasi-geostrophic Equation Abstract: The 2D Surface Quasi-geostrophic (SQG) equation describes the transportation of an "active scalar" by a divergence free velocity field. It draws much interest in the PDE community recently after being suggested by Constantin, Majda and Tabak as a non-trivial model for the study of possible finite time singularity formation for the 3D incompressible Euler equations. It turned out that whether there are finite time singularities in the 2D SQG flow is also a very challenging problem and remains open today. In this talk, I will present a novel approach for the study of the singularity problem for the SQG equation. It estimates the growth of the gradient of the active scalar from a pure Lagrangian point of view. Under certain assumptions, this new approach excludes the formation of singularities and furthermore yields sharp growth estimates. I will further present numerical simulations which suggest that the aforementioned assumptions are practical and therefore reasonable. I will also mention recent progresses of the theoretical and numerical study of the singularity problem for the 3D incompressible Euler equations. This is joint work done with Jian Deng, Thomas Y. Hou and Ruo Li.


Input: [DATE] 02/27/06 [SPEAKER] Ping Lin National University of Singapore [TITLE]

Output: Title: An Energy-law Preserving Scheme and C^0 Finite Element Methods for Singularity Dynamics of Liquid Crystal Flows Anstract: Liquid crystal flow model is a coupling between orientation (director field) of liquid crystal molecules and a flow field. The model is also related to a phase field model of multiphase flows and to microfluidics device. It is crucial to preserve the energy laws of the hydrodynamical system in numerical simulation of liquid crystal flows, especially when orientation singularities are involved. We shall use a C^0 finite element method which is simpler than existing C^1 element methods and mixed element formulation. Through a reformulation the energy law can be achieved by the C^0 finite element method. A discrete energy law is achieved for an explicit-implicit time discretization and a special treatment of the nonlinear phase change term. Apparently the discrete energy law is an approximation of the continous energy law. A characteristic finite element method combined with a few fixed point iterations automatically separates the flow and director equations and thus reduces the size of the stiffness matrix and at the same time keeps the stiffness matrix time independent. The latter avoids solving a linear system at every time step and largely reduces the computational time, especially when direct linear system solvers are used. We will consider both smaller and larger liquid crystal molecule cases. A number of examples are computed to demonstrate the algorithm.


Input: [DATE] 03/6/06 [SPEAKER] Dionisios Margetis MIT [TITLE]

Output: Mathematical modeling of crystal surfaces: From discrete schemes to continuum laws Dionisios Margetis Department of Mathematics, M.I.T. Abstract: In traditional settings such as fluids and classical elasticity the starting point (``truth'') is identified with continuum equations. But in many cases of mathematical modeling this perspective is changed: The truth is atomistic, or takes the form of discrete schemes, by which continuum laws must be determined at the macroscale. The issue of connections between different scales is largely unresolved. In this talk I focus on the evolution of crystal surfaces as a prototypical case of coupling between scales, with implications in the design of novel devices. The governing, discrete equations represent the motion of interacting line defects, atomic ``steps''. In the continuum limit a nonlinear PDE is derived for the surface height, and free-boundary problems are formulated for the surface motion. I show analytically how microscopic details of the crystal enter the requisite boundary conditions, and thus affect evolution at the macroscale.


Input: [DATE] 03/13/06 [SPEAKER] Hennie Poulisse Shell [TITLE]

Output: TITLE: Best Approximation in an Inner Product Space from the Range of a Linear Operator over a Polyhedron with an Application to Oil Production SPEAKER: Hennie Poulisse ABSTRACT: The range of the linear operator over a polyhedron considered in this paper is a convex subset H of a finite dimensional subspace S of the ambient inner product space X. According to the reduction principle the best approximation to a point of X from H equals the best approximation to the best approximation to that point of X from S from H. Equivalent representations are given for H in terms of ^�opposite^� translated convex cones. Moreover translated polar cones are introduced. Subsequently, explicit calculations are given for the best approximations from a translated convex cone and from a translated polar cone. Using the Boyle-Dykstra theorem, these results are used to give a constructive proof of the best approximation to a point of X from H. The result is finally applied to real-life data from oil industry in that a solution is presented for a very important problem in oil - and gas production operations called the reconciliation problem, where the contribution of individual wells to a measured total production has to be assessed.


Input: [DATE] 03/27/06 [SPEAKER] Do Y. Kwak Korea Adv. Institute of Sci. Tech. [TITLE]

Output: Title : Mixed finite element methods for general quadrilateral grids Abstract : In this talk, we show some peculiar aspects of mixed finite elements for general quadrilateral grids for elliptic problems. As with scalar finite element methods, all the functions are defined on a reference element and then mapped onto the general element via certain mapping. Scalar functions are mapped in the usual way, by composition. Meanwhile, vector functions are mapped by a special map, called Piola map to preserve divergence of the function. This does not cause much difficulties in case of triangular grids. However, some problems arise when quadrilateral grids are used: First, the divergence of approximate velocity space loses optimal approximation property due to the lack of proper polynomials: Second, the divergence of vector fields no longer lie in the pressure(scalar) field, which causes stability problem. Based on the above observation, we suggest some new element which is a modification of Raviart-Thomas element of lowest order. This new element is designed so that the divergence of velocity fields lie in the pressure space, and $H(div)$-projection $\Pi_h$ satisfies $div\cdot\Pi_h=P_h div$. A rigorous optimal order error estimate is carried out by proving a modified version of the Bramble-Hilbert lemma for vector variables. We show a local $H(div)$-projection reproducing certain polynomials suffices to yield an optimal $L^2$-error estimate for the velocity and hence our approach also provides an improved error estimate for original Raviart-Thomas element of lowest order.


Input: [DATE] 03/30/06 (4:00pm, rm 106) [SPEAKER] Helge Holden NTNU/NUST [TITLE]

Output: On convergent difference schemes for the Hunter-Saxton equation


Input: [DATE] 04/03/06 [SPEAKER] Tong Li University of Iowa [TITLE]

Output: Transition to Instabilities of Discrete Shocks


Input: [DATE] 04/10/06 [SPEAKER] Fioralba Cakoni University of Delaware [TITLE]

Output: Title: Mixed boundary value problems in inverse electromagnetic scattering theory. We consider the inverse scattering problem of determining the shape and physical properties of an obstacle from a knowledge of the scattered field due to the scattering of an incident time-harmonic electromagnetic wave at fixed frequency. In particular, we discuss the linear sampling method for solving the inverse problem in the case of mixed boundary values problems for Maxwell equations. Mixed boundary value problems in electromagnetic scattering theory arise when the scattering object is a composite material such that parts of the scatterer have different electrical properties. Such objects can be partially coated perfect conductors or dielectrics, thin objects with one side a perfect conductor and the other side an imperfect conductor or dielectric. The mathematical analysis of the direct problem is difficult due to the non-standard solution space. Furthermore, no matter how smooth the boundary data is, the change of boundary conditions causes the scattered field to be singular at the interface, which gives rise to numerical difficulties. Concerning the corresponding inverse problem, since the physical structure of the composite medium is not known a priori, the use of weak scattering approximations and/or nonlinear optimization techniques are problematic. We will also discuss some related open problems and present examples of reconstruction showing the viability of our method for solving the inverse scattering problem.


Input: [DATE] 04/12/06(3:30 in Room 216) [SPEAKER] Zhimin Zhang Wayne State University [TITLE]

Output: Title: High accuracy eigenvalue approximations Abstract: Finite element methods, spectral methods, and spectral collocation methods are applied to approximate some eigenvalue problems based on the nature of the problem. Newly developed gradient recovery techniques are adopted to enhance the accuracy of the eigenvalue approximation.


Input: [DATE] 04/17/06 (3:30pm, Room 216) [SPEAKER] Anja Schloemerkemper MPI, Leipzig [TITLE]

Output: Analysis and numerical simulation of magnetic forces between rigid polygonal bodies Abstract: We discuss magnetic force formulae for rigid magnetized bodies. To derive such formulae for bodies in contact, we work on the one hand in the context of macroscopic electrodynamics, on the other hand we start with a discrete setting of magnetic dipole moments and derive the continuum limit. After I will have delivered an insight into the mathematical proofs, I will present some numerical experiments. These study the dependence of the magnetic force on the distance between magnetic bodies and allow to compare the force formulae for bodies being in contact quantitatively. Finally, I will discuss the results from a physical point-of-view.


Input: [DATE] 05/08/06(10:00am in Room 106) [SPEAKER] Peter L. Shi Oakland University [TITLE]

Output: Title: How to solve nonlinear finite element models with optimal speed? Abstract: The speaker will present a new method for solving nonlinear finite element models in optimal speed. The method, in a unified framework, will handle boundary value problems of elliptic systems whose principle part is Lipschitz continuous and strongly monotone in a Sobolev space and whose lower order terms are subject to certain growth conditions. Numerical examples will also be presented.


Input: [DATE] 05/08/06 [SPEAKER] Nick Costanzino UNC [TITLE]

Output: Title: Traveling waves of the Ostrovsky equation and generalizations. Abstract: The Ostrovsky equation is a model for internal surface waves of the ocean which includes the Coriolis force. After a suitable rescaling, the Ostrovsky equation is similar to the regularized short pulse equation, which is a recently derived model for the propagation of short optical pulses in a fiber. We discuss the various aspects of traveling waves associated with these equations, including the existence and nonexistence of single bump traveling waves, the existence of an orbit-flip bifurcation, and the existence of multiple bump waves. The stability of these waves will also be discussed. This is joint work with Christopher Jones and Vahagn Manukian (UNC-Chapel Hill).


Input: [Industry] Agriculture [End Products] Fertilisers – Organic Fertilisers [Castor Products Used]

Output: Castor Meal

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Food [End Products] Surfactants Viscosity Reducing Additives Flavourings Food Packaging [Castor Products Used]

Output: Food Grade Castor Oil Polyoxyethylated Castor Oil

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Textile Chemicals [End Products] Textile Finishing Materials Dyeing Aids Nylon, Synthetic Fibers & Resins Synthetic Detergents Surfactants, Pigment Wetting Agents [Castor Products Used]

Output: Ethoxylated Castor Oil Sulfonated Castor Oil / Turkey Red Oil Methyl 12-HSA

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Paper [End Products] Flypapers Defoamer Water Proofing Additive Paper Coatings [Castor Products Used]

Output: Methyl 12-HSA Glycerine

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Plastics & Rubber [End Products] Polyamide 11 (Nylon 11) Polyamide 6 Polyurethane Foam Plastic Films Adhesives Synthetic Resins Plasticizers Coupling Agents Polyols [Castor Products Used]

Output: 12-HSA Heptaldehyde Ricinoleic Acid Methyl Ricinoleate Sebacic Acid Undecylenic Acid Glycerine

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Cosmetics & Perfumeries [End Products] Perfumery Products Lipsticks Hair Tonics Shampoos Polishes Emulsifiers Deodorants [Castor Products Used]

Output: Castor Oil Castor Oil Esters Undecylenic Acid Castor Wax Zinc Ricinoleate Heptaldehyde Heptanoic Acid Undecylenic Acid Heptyl Alcohol Ethyl Heptoate Heptyl Acetate

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Electronics & Telecommunications [End Products] Polymers for Electronics & Telecommunications Polyurethanes Insulation Materials [Castor Products Used]

Output: Castor Oil Esters Polyols

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Pharmaceuticals [End Products] Anthelmintic drugs Antidandruff Cathartic (Substance that accelerates defecation) Emollient Emulsifiers Encapsulants Expectorant Laxatives & Purgative Additives & Excipients [Castor Products Used]

Output: Glycerine Undecylenic Acid Zinc Undecylenate Enanthic Anhydride Calcium Undecylenate Hydrogenated Castor Oil

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Paints, Inks & Additives [End Products] Inks Plasticizer for Coatings Varnishes Lacquers Paint Strippers Adhesive Removers Wetting & Dispersing Additives [Castor Products Used]

Output: Polyols Glycerine Dimer Acid Ricinoleic Acid Castor Oil Dehydrated Castor Oil (DCO)

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Industry] Lubricants [End Products] Lubricating Grease Aircraft Lubricants Jet Engine Lubricants Racing Car Lubricants Hydraulic Fluids Heavy Duty Automotive Greases Fuel Additives Corrosion Inhibitors [Castor Products Used]

Output: Dimer Acid Ricinoleic Acid Castor Oil Esters Blown Castor Oil Heptanoic Acid Hydrogenated Castor Oil Hydroxy Amide Waxes 12 Hydroxy Stearic Acid Sebacic Acid Ethoxylated Castor Oil

Castor Oil Industry Reference & Resources - CastorOil Links, Castor Oils Web Site Link, Castor Derivative Online Resources - CastorOil.in


Input: [Pest or disease] White grubs [Stage attacked] All stages [Type of damage] Roots, pods, young nuts [Control measures]

Output: Well decomposed manure

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] Termites [Stage attacked] All stages [Type of damage] Roots, stem base, pods [Control measures]

Output: Early planting, field hygiene, timely harvesting.

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] millipedes [Stage attacked] seedling & plant [Type of damage] Pods, flowers [Control measures]

Output: Cover exposed pods, close soil cracks

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] Aphids [Stage attacked] Early growing stages [Type of damage] Vector of rosette virus [Control measures]

Output: Early planting, conserve natural enemies e.g. ladybirds.

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] Damping off disease [Type of damage] Rotting of stems Seedling, petioles [Control measures]

Output: Certified seed, crop rotation

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] Leaf spot [Stage attacked] leaves [Type of damage] Brown ring spots Shedding leaves [Control measures]

Output: Crop rotation, field hygiene

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] Rust [Stage attacked] All aerial parts except flowers [Type of damage] Leaves, stems [Control measures]

Output: Remove volunteer groundnut plants, crop rotation

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] Aspergillus crown rot [Stage attacked] All growth stages [Type of damage] Wilting of the plant [Control measures]

Output: Rapid drying of nuts to 10% M.C

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] Bacterial wilt [Stage attacked] All stages [Type of damage] Plant wilting [Control measures]

Output: Rotation with cereals

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Pest or disease] Groundnut rosette Virus [Stage attacked] All growth stages [Type of damage] Yellowing, mottling, stunting [Control measures]

Output: Early planting, control of vector-Aphids

Growing Groundnuts in Kenya (arachis hypogaea) ~ Agro-Environment Initiative


Input: [Light] Bright light Avoid direct sunlight [Water] Moderate water Let the soil dry out between watering by leaving the reservoir dry, particularly in winter. Requires a high level of humidity so weekly misting is recommended. [Plant]

Output: Anthurium Also known as Flamingo Flower, it has shiny dark foliage and a heart-shaped flower in red, white or pink.


Input: [Light] Moderate to bright light [Water] Heavy water Maintain a constant water level in the reservoir, with occasional dry spells to avoid root rot. Sensitive to chemicals so use filtered water. Mist occasionally for optimum plant health. [Plant]

Output: Areca Palm Often call the Golden Cane Palm it has feathery green fronds which radiate from several trunks. Identified by NASA as a plant that promotes air purification. See www.ted.com video by ‘Kamal Meattle’, on how to grow your own fresh air.


Input: [Light] Moderate to bright light Avoid direct sunlight [Water] Moderate to heavy water Maintain a minimum water level in the reservoir, with occasional dry spells to avoid root rot, particularly in winter. Mist frequently. [Plant]

Output: Boston Fern One of the easiest ferns to grow. Has arching long green fronds.


Input: [Light] Moderate to bright light Avoid direct sunlight [Water] Moderate to heavy water Maintain a minimum water level in the reservoir, with occasional dry spells to avoid root rot, particularly in the winter months. [Plant]

Output: English Ivy A classic, elegant and easy to care for house plant with small green leaves on vines.


Input: [Light] Moderate to bright light For best flowers a sunny location is recommended [Water] Heavy water Likes damp, moist soil, so keep the reservoir topped up for optimal growth. [Plant]

Output: Geranium Geraniums are one of the most popular indoor flowering plants. They have large bright flowers and scented varieties give off pleasant aromas.


Input: [Light] Moderate to bright light Avoid direct sunlight [Water] Moderate water Let the soil dry out between watering by leaving the reservoir dry, particularly in winter. [Plant]

Output: Hoya Evergreen climbing vines with succulent leaves and clusters of scented flowers. Perfectly suited to the Sky Planter for its elegant foliage.


Input: [Light] Moderate to bright light Kentias like full sun but will grow in low light [Water] Moderate water Kentia Palms need steady watering so keep reservoir full with only short dry spells between refills. Sensitive to chemicals so use filtered water. [Plant]

Output: Kentia Palm Feather-like dark green fronds radiate from a small trunk. Kentia Palms grow slowly, but are very hardy.


Input: [Light] Bright light Avoid direct sunlight [Water] Very low water Partially fill the reservoir and allow to dry between refills to avoid over-watering and root rot. Use a bark mix to allow air to circulate around the roots [Plant]

Output: Orchid Phalaenopsis is one of the most popular species for its beautiful flowers and elegant foliage. This species of orchid works fantastically in our upside down plant pot.


Input: [Light] Moderate light Avoid direct sunlight [Water] Heavy water Maintain a constant water level in the reservoir, with occasional dry spells to avoid root rot. [Plant]

Output: Peace Lilly Dark green glossy leaves with long white flame-shaped flowers. On NASA’s top air-purification list.


Input: [Light] Moderate to bright light [Water] Heavy water Maintain a constant water level in the reservoir, with occasional dry spells to avoid root rot. [Plant]

Output: Rubber Plant Thick, shiny oval-shaped leaves, typically a deep green or dark red colour.


Input: [Light] Bright light Strawberries need about 6 hours a day of good sunlight, even more if possible [Water] Moderate water Keep the soil moist by maintaining a constant water level in the reservoir, with occasional dry spells to avoid root rot. [Plant]

Output: Strawberry Enjoy fresh summer strawberries directly from your Skyplanter. They grow well indoors and provide fruit rich with vitamins and delicious to eat.


Input: [Light] Moderate to bright light Avoid direct sunlight [Water] Moderate water Let the soil dry out between watering by leaving the reservoir dry, particularly in winter. Requires high humidity so mist weekly. [Plant]

Output: Syngonium Identified by NASA as a plant that promotes air purification. The plant has heart-shaped leaves with silver-white or green centres.


Input: [0] 1 [Principle] Whenever possible, insulate around the fire using lightweight, heat-resistant materials. [Applied in our stove?]

Output: No

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 2 [Principle] Place an insulated short chimney right above the fire. [Applied in our stove?]

Output: No

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 3 [Principle] Heat and burn the tips of the sticks as they enter the fire. [Applied in our stove?]

Output: No

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 4 [Principle] High and low heat are determined by how many sticks are pushed into the fire. [Applied in our stove?]

Output: Yes

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 5 [Principle] Maintain a good fast draft through the burning fuel. [Applied in our stove?]

Output: Could be better

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 6 [Principle] Too little draft being pulled into the fire will result in smoke and excess charcoal. [Applied in our stove?]

Output: Could be better

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 7 [Principle] The opening into the fire, the size of the spaces within the stove through which hot air flows, and the chimney should all be about the same size. This is called maintaining constant XSA. [Applied in our stove?]

Output: Yes

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 8 [Principle] Use a grate under the fire. [Applied in our stove?]

Output: No

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 9 [Principle] Insulate the heat flow path. [Applied in our stove?]

Output: No

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [0] 10 [Principle] Maximize heat transfer to the pot with properly sized gaps. [Applied in our stove?]

Output: No

Working With Principles for Creating More Efficient Cooking Stoves (Ethiopia) - The Permaculture Research Institute


Input: [Gene] Ht1 [Inheritance] Dominant [Resistant Phenotype]

Output: Chlorosis

Managing Northern Corn Leaf Blight Race Shifts


Input: [Gene] Ht2 [Inheritance] Dominant, suppressed by sht1 gene1 [Resistant Phenotype]

Output: Chlorosis

Managing Northern Corn Leaf Blight Race Shifts


Input: [Gene] Ht3 [Inheritance] Dominant [Resistant Phenotype]

Output: Chlorosis

Managing Northern Corn Leaf Blight Race Shifts


Input: [Gene] Ht4 [Inheritance] Recessive [Resistant Phenotype]

Output: Chlorotic halo

Managing Northern Corn Leaf Blight Race Shifts


Input: [Gene] Htn1 [Inheritance] Dominant [Resistant Phenotype]

Output: Latent period prolonged

Managing Northern Corn Leaf Blight Race Shifts


Input: [Gene] Htm1 [Inheritance] Dominant [Resistant Phenotype]

Output: Complete resistance

Managing Northern Corn Leaf Blight Race Shifts


Input: [Gene] NN [Inheritance] Dominant [Resistant Phenotype]

Output: Complete resistance

Managing Northern Corn Leaf Blight Race Shifts


Input: [0] Caused By [Bacterial Vaginosis (BV)] An imbalance of the bacteria normally present in the vagina [Vaginal Dryness]

Output: The reduction of natural fluids being release in the vagina usually caused by low oestrogen


Input: [0] Triggers [Bacterial Vaginosis (BV)] Prolonged menstruation, use of intimate hygiene products, unprotected sexual intercourse and after antibiotics [Vaginal Dryness]

Output: Hormonal imbalance which can be triggered by childbirth, breastfeeding or menopause, tampon use or at the end of a menstrual cycle, medications, excessive exercise and stress


Input: [0] Who is at risk [Bacterial Vaginosis (BV)] BV is most frequently experienced by sexually active women [Vaginal Dryness]

Output: Any women at any time in her life


Input: [0] Symptoms - discharge [Bacterial Vaginosis (BV)] Watery greyish discharge [Vaginal Dryness]

Output: Very little discharge


Input: [0] Symptoms - odour [Bacterial Vaginosis (BV)] An unpleasant odour [Vaginal Dryness]

Output: No odour


Input: [0] Symptoms - pain [Bacterial Vaginosis (BV)] Usually there is no pain symptoms experienced [Vaginal Dryness]

Output: Irritation and discomfort


Input: [0] Possible complications [Bacterial Vaginosis (BV)] Potentially serious conditions if you are pregnant, as it can cause premature birth and low weight [Vaginal Dryness]

Output: The natural mucous within the vagina forms a protective barrier, which helps stop infections such as thrush and BV. Dry vagina tissues are more susceptible to tears and bleeds


Input: [Properties of synthetic oils] Low overall viscosity and reduced friction in the fluid means superior flow properties. [Resulting benefits]

Output: This results in improved engine efficiency and fuel economy, and lower oil temperatures.

Why do synthetic oils perform so well?


Input: [Properties of synthetic oils] Thanks to the oil’s high viscosity index, the viscosity is affected less by temperature changes than with normal mineral oils. [Resulting benefits]

Output: The oil does not become too thick when cold, or too thin when hot. This reduces engine wear at temperature extremes. Less viscosity modifier is needed, which leads to lower levels of deposits.

Why do synthetic oils perform so well?


Input: [Properties of synthetic oils] In high temperatures, viscosity and shear resistance are retained. [Resulting benefits]

Output: This means better engine protection at high speeds or when heavily loaded.

Why do synthetic oils perform so well?


Input: [Properties of synthetic oils] In low temperatures, oils do not thicken unduly. [Resulting benefits]

Output: This means easier starting with less strain on the battery. Oil circulates quickly around the engine, giving protection from the outset. The engine warms up faster and reaches optimum performance sooner, which improves fuel economy.

Why do synthetic oils perform so well?


Input: [Properties of synthetic oils] Low volatility means fewer volatile components in the oil and so less evaporation or burn-off. [Resulting benefits]

Output: This results in lower oil consumption, fewer top-ups and less oil thickening, which helps to maintain fuel economy and reduce engine wear.

Why do synthetic oils perform so well?


Input: [Properties of synthetic oils] High oxidation resistance means that the oil molecules are less likely to breakdown or degrade, especially at higher temperatures. [Resulting benefits]

Output: This keeps the engine cleaner through reduced formation of sludge and corrosive acids, fewer engine deposits and less oil thickening – all helping to maintain fuel economy and reduce engine wear.

Why do synthetic oils perform so well?


Input: [Submited by] Barbara H [Rating] 4 [Comments]

Output: Awesome Fragrance I absolutely love this fragrance. It is not too heavy in our hot TX. weather. I gave it a 4 instead of a 5 because it doesn't last as long as many others, but overall it is my favorite.


Input: [Submited by] Marielena from N.Y.C. [Rating] 5 [Comments]

Output: Pink Sugar I absolutely love Pink Sugar.I get stopped often at the gym, the grocery store , while shopping for clothes just to ask me what scent I'm wearing. It's delicious, sweet but naughty.


Input: [Submited by] Darknlovely [Rating] 2 [Comments]

Output: Doesnt work Pink Sugar sounded too good to be true. I've read lots of reviews and decided to try it after reading several good reviews. This perfume smells like you are screaming 'Bees attack me' it is way to sweet. I am 21 and I don't think this is good for anyone one except for teens maybe. Not a good choice.


Input: [Submited by] Jill [Rating] 5 [Comments]

Output: Yummy! If you like to smell sweet. The person who is afraid of bees attacking sounds a wee bit ocd. This is the best perfume ever, IMO. I am 32 and wear it regularly. Every day I get comments about how great I smell.


Input: [Submited by] saintsandy [Rating] 5 [Comments]

Output: top on my list I am 45 and men as well as coworkers just love this scent. It 's not overpowering and compliments any occasion whether its a day at the zoo with the kids, working at the office or a romantic night out.


Input: [Submited by] nurse ratched [Rating] 5 [Comments]

Output: Love Pink ! Pink Sugar was bought as a replacement for another perfume that is now very difficult to find. I think I have found my replacement. On me, it's not too sweet but smells very powdery at first them dries down to a very complex scent that I can't describe, but love. I'm no teenager and I love this!


Input: [Submited by] Carrie [Rating] 5 [Comments]

Output: Old babes love it too This is a great scent. It is the only perfume that I have worn in over 60 years that people have commented on. Usually very favorably unless you have a friend that is always negative.


Input: [Submited by] denny [Rating] 5 [Comments]

Output: my favoriteee ever I have used expensive brands in the past,u name it but this one top of the top every where i go i have people saying oh my god who smells so delicious?and its always me with pink sugar line i have it all amazing love it


Input: [Submited by] vlf [Rating] 4 [Comments]

Output: The names says it all It smells just like its, name if your into light sweet scents, you'll love Pink Sugar.


Input: [Submited by] luckylu [Rating] 5 [Comments]

Output: best perfume ever pink sugar I absolutely love pink sugar!!! I just think it is the best perfume out there, I am no teen!! If you haven't tried it, your missing out on a great perfume


Input: [Submited by] ItsMeCali [Rating] 5 [Comments]

Output: Sensual and Sassy! LOVE it! I've been reading review's on Pink Sugar for a few month's now and just had to try it myself to see if it was as wonderful as everyone claim's, well,IT IS!!! It's sweet but sensual,young but classic,cotton candy yet caramel,and feminine as well as sassy! I'm super picky about fragrance's, I have been in love with Philosophy's Falling in Love and then Unconditional Love and thought I'd use UL ONLY! Now I have my ultimate new scent with Pink Sugar..(and it mixes very well with both Love's


Input: [Submited by] Cinderella [Rating] 4 [Comments]

Output: Sweet stuff This product (Pink Sugar ) is really sweet and lasts long. I have been followed by bees a couple times though - a testament to its sweetness


Input: [Submited by] Kimberly T [Rating] 5 [Comments]

Output: ***Totally loving this Collection*** Love this fragrance & I always get tons on compliments when wearing it. Even my boys say mom you smell good!! :) The best part is...I have sensitive skin & I'm so excited to finally have a bath & body collection that smells this good & doesn't break me out!! A++++


Input: [Submited by] jennyO [Rating] 5 [Comments]

Output: signature scent I've always been a fan of oriental scents, especially ones with strong vanilla notes. But nothing does it for me like the original Pink Sugar, with its mouth watering first hit of cotton-candy and caramel and the lingering sexy vanilla and pepper base notes. I've been wearing it for 10 years and every time I spritz before leaving the house. It never fails to elicit comments from those around me, always positive.


Input: [During NREM] Decreases [During REM] Increases in motor and sensory areas [Physiological Process]

Output: Brain activity

TheVisualMD HealthCare Educational Resources


Input: [During NREM] Slows [During REM] Increases and varies compared with NREM [Physiological Process]

Output: Heart rate

TheVisualMD HealthCare Educational Resources


Input: [During NREM] Decreases [During REM] Increases (up to 30 percent) [Physiological Process]

Output: Blood pressure

TheVisualMD HealthCare Educational Resources


Input: [During NREM] Doesn’t change in most regions [During REM] Increases by 50-200% [Physiological Process]

Output: Blood flow to brain

TheVisualMD HealthCare Educational Resources


Input: [During NREM] Decreases [During REM] Increases and varies from NREM [Physiological Process]

Output: Respiration

TheVisualMD HealthCare Educational Resources


Input: [During NREM] Increases [During REM] Increases and varies [Physiological Process]

Output: Airway resistance

TheVisualMD HealthCare Educational Resources


Input: [During NREM] Set point lowers [During REM] Not regulated [Physiological Process]

Output: Body temperature

TheVisualMD HealthCare Educational Resources


Input: [During NREM] Occurs infrequently [During REM] Increases from NREM [Physiological Process]

Output: Sexual arousal

TheVisualMD HealthCare Educational Resources


Input: [Brand] Panasonic ECG ECW-F(B) Metalized Polypropylene, 250V $3.14 [Impressions LV] These are tolerably good. They are a bit on the bright side, lack some bass, and are slightly hard in the midrange. They do, however, pass a fair amount of detail, and in a dull sounding circuit might be a decent choice if one's budget is tight. Not as good as either the Solens or the BCs, but tolerable. [Rating] 2 [Impressions HV]

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Solen - MKP-FC (Metalized Polypropylene), 400V (5.1uF version tested) $2.65 [Impressions LV] These seem to be the standard caps which is slightly unfortunate. They are warm, and while not really harsh, they do lack detail and have some midrange grain and glare. Further, it is almost as if there is a veil over the music with these caps. To their credit, they sound more natural and less metalic than the Panasonics with better bass. Between the two, these are probably slightly better, but only slightly, and both could do well in the right circuit, and badly in the wrong one (these circuits being opposite.) I used these in my speaker crossovers, but only becuse I needed several large values and these were affordable. [Rating] 2 [Impressions HV]

Output: The higher voltage seemed to help to undo some of the warmth with these caps. Further, they are still a little harder and edgier in the mids than some other caps and are a bit sibilant, and they can thus become fatiguing over time. Compared to others, like the Sprague motor runs, they do have a bit more detail, but seemed a little less pleasant. Fine for budget projects, but can be easily bettered.

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Solen bypassed with 0.1uF Vitamin Q $2.65 + about $1 on ebay [Impressions LV] The note here is that this made a world of difference. Bypassing causes its own phase distortions apart from the ones caused by the low pass filter, and whether bypassing is a good idea in a particular circuit depends whether the good done by the bypass cap outweights this harm. In the case of Solens, bypassing can offer a huge improvement. The Vitamin Q cap here added some midrange lushness, a ton of top end detail, and did almost no harm. [Rating] 2 ½, 3 [Impressions HV]

Output: Again, a huge improvement. Most the harshness of the Solen's is more or less gone with an added midrange clarity and richness. Still not as nice as the Auricaps, but the price is about a fifth as much. Indeed, if I were building a system on a tight budget, this is what I would probably use.

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Axon True Cap - Metalized Polypropylene, 250V $2.75 [Impressions LV] Percy sells these as being essentially the same as Solens (and for all I know they might be made by Solen), but to my ear they are slightly more detailed and natural sounding though there is still a bit of midrange grain. If you have a choice between the two, I think these sound better. There is a good chance that the difference here had to do with these being 250V caps and the tested Solens being 400V. Thus, you might take this as a review of 250V Solens? Maybe, maybe not. [Rating] 2 [Impressions HV]

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] BC Components MMKP 383 Metalized Polypropylene, 2.2uF 250V tested $3.25 [Impressions LV] These are the light blue box caps that everyone seems to end up with from Digikey. They only come in values up to around 2.2uF, so if you need larger you are out of luck with these. Overall, they are not a bad sounding cap. They are less grainy in the midrange than Solens or Axons, and are also slightly less warm and syrupy perhaps even bordering on hard sounding. Additionally there can be a little bit of lispy-ness on the top end, though this does not stand out as a strong characteristic. This puts them right beteen the Panasonic and the Solen as far as brightness, perhaps suggesting that they are the most neutral of the bunch. However, the resolution seems to be slightly better than either of those, though only slightly. The biggest down side is that they are a little slow and sluggish sounding, and thus lack dynamics and don't pop on the bass so well. This can make them a little boring. Worth a try, particularly if you are mounting them on a PCB. [Rating] 2 [Impressions HV]

Output: Basically the same as before -- pretty clean and clear, not harsh at all, but a bit on the slow side.

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Kimber Kaps - Metallized Polypropylene, 200V $15.38 [Impressions LV] These have the detail of the Panasonics above (and then some) without being metallic or bright. If anything, while a little on the cold side of neutral, they are still both smooth and detailed. Not a bad cap, though not similar in sonic signature to my experience with other Kimber products like their cable. Overall, while clearly better than any of the cheapie caps (Solen, Panasonic, Axon, BC), a bit too expensive for what they do. [Rating] 3 [Impressions HV]

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Kimber Kap bypassed with 0.1uF Vitamin Q [Impressions LV] Almost no change from just the Kimber, at least not for the better. [Rating] 3 [Impressions HV]

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Aerovox AFPS - Metallized Polypropylene, 200V $3.49 [Impressions LV] These are really nice caps. Solid bass, clear detailed mids and highs, very little grit or grain. Clearly better than the Solens or the stuff from DigiKey, these give the Kimber Kaps a run for their money. In fact, I couldn't tell the two apart (see note in the high voltage review). Won't replace the Jupiters (see below) in my preamp, but I would think they are about as good as a polypropylene caps is going to get without spending a bunch. [Rating] 3 [Impressions HV]

Output: Ever since writing about how much I liked these, I have received tons of emails asking about them. Having not used them in a while, I got to second guessing myself. Maybe they aren't really as good as I thought. After doing another test, I am happy to say that they really are that good. To put it in perspective, they are clearly not as good as the Auricaps, and after extended listening, not as good as the Kimbers either. But, compared to the Solens, Axons, etc, they are clearly a step up. I still think the Solen with the Vitamin Q bypass is better, the Aerovox having a little less resolution and a little less detail and being a little colder, but only a little. Still a real bargain.

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Sprague 500P9042F6 - Motor Run Oil Cap, 5uF 360VAC $7.00 [Impressions LV] These are really nice. They are fluid, slightly recessed in the midrange, and slightly on the warm side with a big open top end. Detail is good, and the sound is natural with no harshness to speak of. Overall while not the end all of capacitors, a nice buy for the money. Indeed, while it is likely a bit of a crap shoot buying surplus caps, I think they are the best value for money and my first choice unless I want something in particular. Even if I do want somethig in particular, it would need to be in the $30-40 per cap range with new caps to better these. There are lots of NOS motor run caps floating around for cheap, so try a bunch. [Rating] 3 [Impressions HV]

Output: The higher bias and more resolving system did little to change my basic impression of these. Clearly not the most resolving caps, but a nice balanced sound. Not harsh, maybe a tad recessed in the mids, and maybe a little flat compared to some of the beter caps which is probably a result of the lack of resolving power. But, they do have a nice roundness to the mids, which makes them slightly less resolving, but also slightly smoother than the Solens. So, over all, a pretty nice capacitor.

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Blackgate N Series 50V bi-polar electrolytic $3.25 [Impressions LV] Saying anything about Blackgate caps is entering into a religious war. Some people swear by them, others find them to be all hype. To me, in a signal path, they sound slightly more grainy and less detailed than good film caps. However, they also seem to have a warm fuzzy sort of sound that can be really pleasing (though I have heard this is unique to the N series.) One particularly useful thing about them is that they are small and come in large values and thus can be used where film caps do not fit, or do not exist (which is particularly the case if you need a large cap such as at the output of a headphone amp where 470uF is a common size, and 1000uF is not unreasonable), and this may be where they are best.. However, I'll note that people like Audiosector who are neither space nor value limited use them as output caps in their TDA1543 based NOS DAC. So, all of that is to say that there are times that they might be the right choice, and times that they are not. Fortunately, in the 4.7uF size, it is not particularly expensive to figure this out. [Rating] 2 ½ [Impressions HV]

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Jupiter Condenser Company Paper and foil in beeswax, 600V $40.00 [Impressions LV] These are really spectacular caps, as they had better be for the money (I also bought these on closeout from Welborne and paid about half the typical asking price.) Other than a slightly warm leaning, they are about as good as no cap. Liquid mids, clear bright highs, strong full punchy bass ... Beyond this level, I think it is just personal preference, and not that any other cap is better. [Rating] 4 [Impressions HV]

Output: The high voltage review is about the same as the low voltage one. Excellent resolution, clear clean sound without a touch of hardness or artificiality. Less pronounced midrange than the Auricaps, and more balanced bass as well.

ecp audio diy: Some Notes on Coupling Capacitors


Input: [Brand] Mundorf - Silver Oil (1uF/1200V) $38.20 (for 1uF) [Impressions LV] . [Rating] 4 [Impressions HV]

Output: I've been avoiding Mundorf caps for a while. They are the new kid on the block, and they seem to excel in goofy audiophile marketing (oil-impregnated Silver-metallized Polypropylene, special counter-inductance winding). But, even with that, they still seemed like metalized polyprop caps which, to my ear, aren't typically the endall of quality. If you look through this list, the best caps are the film and foil, and my favorites overall don't have any plastic in them. Further, the counter-inductance winding sounded like two caps in series, and really, if one cap is a bad thing, can two be anything but worse? Well, after a talk with Jeff at Sonic Craft, he convince me that these were the real deal and were worth a try. In fact, he said that other than the Sonicap Platinum, these were the best coupling cap he sells. So, I gave them a try and really all I can say is so should you. Like the Jupiters, these are into the class of caps where choosing one over another is simply preference. They are a step up in quality from any other plastic cap, or any other metalized cap, I have tried. They are crystal clear with a sweet midrange. Further, they don't seem to have the artificial paper in oil sparkle on top. Moreover, while maybe a tad warm, they really just let the sound of the circuit come through. With tubes that are raw sounding, the caps sounded raw and a little warm. With tubes that are bassey, the caps were bassey; with tubes that are sparkley, the caps were sparkley, and a little warm. In other words, (and unlike the Auricaps below which dominate a circuit) while they do have a character (all caps havea character), it is one that lets the character of the circuit through. These have now replaced some Auricaps on the output of my DAC

ecp audio diy: Some Notes on Coupling Capacitors