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ferment | A Wisdom Archive on ferment |  | ferment A selection of articles related to ferment |  |
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More material related to Ferment can be found here:
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ferment, Fermentation, Fermentation - Biochemistry, Fermentation - Fermented foods by region, Fermentation - History, Fermentation - Products, Fermentation - Uses, Industrial fermentation
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ARTICLES RELATED TO ferment | |
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 |  |  | ferment: Encyclopedia II - Food science - Properties of Food
Food science - Acidity pH.
Nearly all fruits and vegetables are acidic (have a pH less than 7). For example, an apple has a pH of around 3.3 to 4.0, depending on variety and growing conditions. Leafy green vegetables have a pH of 5.5 to 6.8. Acidity helps to protect the food from bacteria, most of which require a neutral pH, especially the pathogenic ones. However, acidity does not stop fungi like yeast, which is why fruit will ferment naturally.
Most meat, dairy, and soy products have a neutral pH. Tofu has a pH of about 7.2. Milk has a pH on the acidic side of neutral, 6.4 t ...
See also:Food science, Food science - Properties of Food, Food science - Acidity pH, Food science - Water activity, Food science - Shelf life, Food science - Food processes, Food science - Browning, Food science - Fermentation, Food science - Pasteurization Read more here: » Food science: Encyclopedia II - Food science - Properties of Food |
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 |  |  | ferment: Encyclopedia II - Liquid fuels - Fossil fuelsMain Article: Fossil Fuel
Fossil fuels which are also liquid fuels come from dead animals and plants which died many millions of years ago. The most notable of these is gasoline.
Liquid fuels - Gasoline.
Main Article: Gasoline
Gasoline is the most widely used liquid fuel. Gasoline, as its known in United States and Canada, (known as petrol in Britain, Australia, New Zealand, and many English-speaking countries) is made of hydrocarbon molecules forming alipha ...
See also:Liquid fuels, Liquid fuels - Fossil fuels, Liquid fuels - Gasoline, Liquid fuels - Diesel, Liquid fuels - Alcohols, Liquid fuels - Butanol, Liquid fuels - Ethanol, Liquid fuels - Methanol, Liquid fuels - Hydrogen Read more here: » Liquid fuels: Encyclopedia II - Liquid fuels - Fossil fuels |
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 |  |  | ferment: Encyclopedia II - Iron-gall nut ink - Preparation and useThe ink was generally prepared by adding some green vitriol (ferrous sulfate, Fe2SO4) to a solution of tannin (gallo-tannic acid). The latter was usually extracted from oak galls (also known as "oak apples"), or galls of other trees; hence the name.
A binder such as gum arabic was usually added to thicken the ink and make it flow properly from the pen. To extract the gallo-tannic acid, the gall nuts could be powdered and allowed stand in cold water for varying amounts of time, or boiled for several hours, or allo ...
See also:Iron-gall nut ink, Iron-gall nut ink - Preparation and use, Iron-gall nut ink - Chemistry, Iron-gall nut ink - Demise, Iron-gall nut ink - Warning, Iron-gall nut ink - External link Read more here: » Iron-gall nut ink: Encyclopedia II - Iron-gall nut ink - Preparation and use |
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 |  |  | ferment: Encyclopedia II - Fish sauce - TypesSome fish sauces are made from raw fish, others from dried fish, some from only a single species; others from whatever is dredged up in the net, including some shellfish; some from whole fish, others from only the blood or viscera. Some fish sauces contain only fish and salt, others add a variety of herbs and spices. Fish sauce that has been only briefly fermented has a pronounced fishy taste, while extended fermentation reduces this and gives the product a nuttier, cheesier flavor.
See also:Fish sauce, Fish sauce - Types, Fish sauce - East Asian, Fish sauce - Western, Fish sauce - Recipe Read more here: » Fish sauce: Encyclopedia II - Fish sauce - Types |
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 |  |  | ferment: Encyclopedia II - Phosphine - Structure and propertiesThe PH3 molecule is a trigonal pyramid, i.e. it has C3v symmetry, with bond lengths of 1.42Å and bond angles of 93.5°. The dipole moment is 0.58 D, which increases with substitution of methyl groups in the series: CH3PH2, 1.10 D; (CH3)2PH, 1.23 D; (CH3)3P, 1.19 D. This contrasts with ammonia, which has a dipole moment of 1.47 D, which decreases with successive methyl substitutions. The low dipole moment and almost orthogonal bond angles lead to t ...
See also:Phosphine, Phosphine - Structure and properties, Phosphine - History, Phosphine - Chemistry, Phosphine - Use as a fumigant Read more here: » Phosphine: Encyclopedia II - Phosphine - Structure and properties |
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 |  |  | ferment: Encyclopedia II - Barrel storage - HistoryIn ancient times, in Europe, liquids like oil and wine were carried in vessels, for instance amphora, sealed with pine resin. The Romans began to use barrels in the 3rd century AD, as a result of their commercial and military contacts with the Gauls, who had been making barrels for several centuries.
For nearly 2,000 years barrels were the most convenient form of shipping or storage container, for those who could afford the superior price. All kinds of bulk goods, from nails to gold coins, were stored in them. Bags and most crates wer ...
See also:Barrel storage, Barrel storage - History, Barrel storage - Aging in barrels, Barrel storage - Beer Barrels, Barrel storage - Sizes, Barrel storage - English traditional wine, Barrel storage - English traditional beer and ale, Barrel storage - Oil barrel, Barrel storage - Disciplinary use Read more here: » Barrel storage: Encyclopedia II - Barrel storage - History |
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More material related to Ferment can be found here:
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