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Grains | A Wisdom Archive on Grains | | Grains A selection of articles related to Grains | |
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grains, Grain, Grain - Others, Grain - Particle-related
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| ARTICLES RELATED TO Grains | | | | |  Grains: Encyclopedia II - U.S. customary units - Units of massThere have historically been four different English systems of mass: Tower weight, Troy weight, Avoirdupois system, and Apothecaries' system. Tower weight fell out of use (due to legal prohibition) centuries ago, and was never used in the United States. Troy weight is still used to weigh precious metals. Apothecaries weight, once used in pharmacy, has been largely replaced by metric measurements. Avoirdupois weight is th ...
See also:U.S. customary units, U.S. customary units - Units of length, U.S. customary units - Units of area, U.S. customary units - Units of capacity and volume, U.S. customary units - Volume in general, U.S. customary units - Liquid volume, U.S. customary units - Dry volume, U.S. customary units - Units of mass, U.S. customary units - Avoirdupois weight, U.S. customary units - Apothecaries' weight, U.S. customary units - Troy weight, U.S. customary units - Cooking measures, U.S. customary units - Grain measures, U.S. customary units - Units of temperature, U.S. customary units - Other units Read more here: » U.S. customary units: Encyclopedia II - U.S. customary units - Units of mass |
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| | | | | | Grains: Encyclopedia II - Sediment - Sediment transport
Sediment - Rivers and streams.
If a fluid, such as water, is flowing, it can carry suspended particles. The settling velocity is the minimum velocity a flow must have in order to transport, rather than deposit, sediments, and (for a dilute suspension) is given by Stoke's Law:
where w is the settling velocity, ρ is density (the subscripts p and f indicate particle and fluid respectively), g is the acceleration due to gravity, r is the radius of the particle and < ...
See also:Sediment, Sediment - Sediment transport, Sediment - Rivers and streams, Sediment - Shores and shallow seas Read more here: » Sediment: Encyclopedia II - Sediment - Sediment transport |
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| | | | | | Grains: Encyclopedia II - U.S. customary units - Cooking measures The most common cooking weights and measures in the U.S. are as follows:
1 teaspoon = 1/3 tbsp = 1/6 fl oz ≈ 5 mL
1 tablespoon (tbsp) = 1/2 fl oz = 4 fl dr ≈ 15 mL
1 cup = 8 fl oz ≈ 240 mL
1 stick (of butter) = 1/4 lb = 4 oz ≈ 115 g
See Cooking weights and measures for more details.
...
See also:U.S. customary units, U.S. customary units - Units of length, U.S. customary units - Units of area, U.S. customary units - Units of capacity and volume, U.S. customary units - Volume in general, U.S. customary units - Liquid volume, U.S. customary units - Dry volume, U.S. customary units - Units of mass, U.S. customary units - Avoirdupois weight, U.S. customary units - Apothecaries' weight, U.S. customary units - Troy weight, U.S. customary units - Cooking measures, U.S. customary units - Grain measures, U.S. customary units - Units of temperature, U.S. customary units - Other units Read more here: » U.S. customary units: Encyclopedia II - U.S. customary units - Cooking measures |
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| | | | | Grains: Encyclopedia II - Mission UK - History
Mission UK - 1986 to 1990.
Initially touring as Sisterhood, the new band played Hussey's songs originally written for The Sisters of Mercy (The Sisters) but vetoed by band leader Andrew Eldritch. These include: two tracks recorded (but not released) by the Sisters with Eldritch on vocals, "Dance On Glass" and "Garden Of Delight;" three previously unrecorded songs "Over The Hills And Far Away", "Bridges Burning" and "Serpent's Kiss" and a song Wayne Hussey recorded ...
See also:Mission UK, Mission UK - History, Mission UK - 1986 to 1990, Mission UK - 1991 to 2000, Mission UK - 2001 to Present, Mission UK - Discography, Mission UK - Gods Own Medicine 1987, Mission UK - First Chapter 1987, Mission UK - Children 1988, Mission UK - Carved in Sand 1990, Mission UK - Grains of Sand 1990, Mission UK - Masque 1992, Mission UK - No Snow No Show For The Eskimo 1993, Mission UK - Sum and Substance 1994, Mission UK - Salad Daze 1994, Mission UK - Neverland 1995, Mission UK - Blue 1996, Mission UK - Resurrection 1999, Mission UK - Everafter 2000, Mission UK - Aura 2001, Mission UK - Aural Delight 2002, Mission UK - Singles Read more here: » Mission UK: Encyclopedia II - Mission UK - History |
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| | | | | Grains: Encyclopedia II - Mission UK - History
Mission UK - 1986 to 1990.
Initially touring as Sisterhood, the new band played Hussey's songs originally written for The Sisters of Mercy (The Sisters) but vetoed by band leader Andrew Eldritch. These include: two tracks recorded (but not released) by the Sisters with Eldritch on vocals, "Dance On Glass" and "Garden Of Delight;" two previously unrecorded songs "Over The Hills And Far Away" and "Serpent's Kiss;" and a song Wayne Hussey recorded ...
See also:Mission UK, Mission UK - History, Mission UK - 1986 to 1990, Mission UK - 1991 to 2000, Mission UK - 2001 to Present, Mission UK - Discography, Mission UK - Gods Own Medicine 1987, Mission UK - First Chapter 1987, Mission UK - Children 1988, Mission UK - Carved in Sand 1990, Mission UK - Grains of Sand 1990, Mission UK - Masque 1992, Mission UK - No Snow No Show For The Eskimo 1993, Mission UK - Sum and Substance 1994, Mission UK - Salad Daze 1994, Mission UK - Neverland 1995, Mission UK - Blue 1996, Mission UK - Resurrection 1999, Mission UK - Everafter 2000, Mission UK - Aura 2001, Mission UK - Aural Delight 2002, Mission UK - Singles Read more here: » Mission UK: Encyclopedia II - Mission UK - History |
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| | | | | Grains: Encyclopedia II - U.S. customary units - Units of length The system for measuring length in the United States' customary system is based on the inch, foot, yard, and mile. However, for each of these units there exist two slightly different definitions, yielding two different systems of measure - international measure, and U.S. survey measure. The relationships between the different units within each measure is the same, but each measure has a ...
See also:U.S. customary units, U.S. customary units - Units of length, U.S. customary units - Units of area, U.S. customary units - Units of capacity and volume, U.S. customary units - Volume in general, U.S. customary units - Liquid volume, U.S. customary units - Dry volume, U.S. customary units - Units of mass, U.S. customary units - Avoirdupois weight, U.S. customary units - Apothecaries' weight, U.S. customary units - Troy weight, U.S. customary units - Cooking measures, U.S. customary units - Grain measures, U.S. customary units - Units of temperature, U.S. customary units - Other units Read more here: » U.S. customary units: Encyclopedia II - U.S. customary units - Units of length |
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| | | | | Grains: Encyclopedia II - U.S. customary units - Units of capacity and volume The cubic inch, cubic foot and cubic yard are commonly used for measuring volume. In addition, there is one group of units for measuring volumes of liquids, and one for measuring volumes of dry material.
Other than the cubic foot, cubic inch and cubic yard, these units are differently sized from the units in the Imperial system, although the names of the units are similar. Also, while the U.S. has separate systems for measuring the volumes of liquids ...
See also:U.S. customary units, U.S. customary units - Units of length, U.S. customary units - Units of area, U.S. customary units - Units of capacity and volume, U.S. customary units - Volume in general, U.S. customary units - Liquid volume, U.S. customary units - Dry volume, U.S. customary units - Units of mass, U.S. customary units - Avoirdupois weight, U.S. customary units - Apothecaries' weight, U.S. customary units - Troy weight, U.S. customary units - Cooking measures, U.S. customary units - Grain measures, U.S. customary units - Units of temperature, U.S. customary units - Other units Read more here: » U.S. customary units: Encyclopedia II - U.S. customary units - Units of capacity and volume |
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| | | | | | Grains: Encyclopedia II - Science of photography - autofocus Autofocus system in modern SLRs use a sensor in the mirrorbox to measure contrast. The sensor is analyzed by an ASIC, and the ASIC tries to maximize the contrast pattern by moving lens elements.
The ASICs in modern cameras also have special algorithms for predicting motion, and other advanced features.
...
See also:Science of photography, Science of photography - Law of Reciprocity, Science of photography - Lenses, Science of photography - Focal length, Science of photography - Aperture, Science of photography - Bokeh and Depth of field, Science of photography - Motion blur, Science of photography - autofocus, Science of photography - workings of a typical manual camera system, Science of photography - Effects limiting resolution detail, Science of photography - Focus, Science of photography - Aberration, Science of photography - how electron overflow in CCDs can lead to blurring and fringing effects, Science of photography - Film Grain Resolution, Science of photography - Diffraction aperture limit, Science of photography - Contribution to noise grain, Science of photography - Quantum efficiency, Science of photography - Aliasing, Science of photography - Film, Science of photography - Developing, Science of photography - Stop-Bath & Fixer, Science of photography - Polaroids Read more here: » Science of photography: Encyclopedia II - Science of photography - autofocus |
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| | | | | Grains: Encyclopedia II - Global warming and agriculture - Consequences of potential global climate changes on agricultural production Many scientists hold the position that agricultural shifts are likely. The possible effects proposed are listed below:
The first direct effect is the composition of the earth atmosphere, such the amount of carbon dioxide and ozone. Gases such as methane, nitrogen dioxide and chloroflourocarbon however, are commonly believed not to have any effect on physiological processes. Some indirect effects are climate parameters resulting from climate change, such as temperature, insolation, rainfall, and humidity. Other indirect effects include ...
See also:Global warming and agriculture, Global warming and agriculture - Background, Global warming and agriculture - Assessment: global vs local, Global warming and agriculture - IPCC, Global warming and agriculture - Shortage in grain production, Global warming and agriculture - Increases in agricultural production, Global warming and agriculture - Models and scenarios used to estimate global climate change consequences, Global warming and agriculture - Other types of biological models, Global warming and agriculture - Consequences of potential global climate changes on agricultural production, Global warming and agriculture - Temperature potential effect on growing period, Global warming and agriculture - Potential effect of atmospheric carbon dioxide on yield, Global warming and agriculture - Effect on quality, Global warming and agriculture - Global warming and water distribution, Global warming and agriculture - Potential effects of global climate change on pests diseases and weeds, Global warming and agriculture - Ozone and UV-B, Global warming and agriculture - Conclusions Read more here: » Global warming and agriculture: Encyclopedia II - Global warming and agriculture - Consequences of potential global climate changes on agricultural production |
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| | | | | Grains: Encyclopedia II - Global warming and agriculture - Background
Global warming and agriculture - Assessment: global vs local.
Despite technological advances, such as improved varieties, genetically modified organisms, and irrigation systems, weather is still a key factor in agricultural productivity, as well as soil properties and natural communities. The effect of climate on agriculture is related to variabilities in local climates rather than in global climate patterns. Consequently, agronomists consider an ...
See also:Global warming and agriculture, Global warming and agriculture - Background, Global warming and agriculture - Assessment: global vs local, Global warming and agriculture - IPCC, Global warming and agriculture - Shortage in grain production, Global warming and agriculture - Increases in agricultural production, Global warming and agriculture - Models and scenarios used to estimate global climate change consequences, Global warming and agriculture - Other types of biological models, Global warming and agriculture - Consequences of potential global climate changes on agricultural production, Global warming and agriculture - Temperature potential effect on growing period, Global warming and agriculture - Potential effect of atmospheric carbon dioxide on yield, Global warming and agriculture - Effect on quality, Global warming and agriculture - Global warming and water distribution, Global warming and agriculture - Potential effects of global climate change on pests diseases and weeds, Global warming and agriculture - Ozone and UV-B, Global warming and agriculture - Conclusions Read more here: » Global warming and agriculture: Encyclopedia II - Global warming and agriculture - Background |
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| | | | | | Grains: Encyclopedia II - U.S. customary units - Units of area The units of area in the U.S. customary system are mostly based on the units of length squared, e.g., square inch (sq in, 645.16 mm²). Since the U.S. customary system has two differing definitions of the foot (international and survey), there are also two differing definitions for the square foot.
1 square foot (sq ft) = 144 sq in = 929.0304 cm²
1 square rod (sq rd) = 272.25 sq ft = 25.29285264 m²
1 acre = 10 sq ch = 1 fur × 1 ch = 160 sq rd = 43,560 sq ft = 0.404685642 hectares = 4046.8564224 m²
1 square mile (sq mi) = 27,878,400 sq ft = 3, ...
See also:U.S. customary units, U.S. customary units - Units of length, U.S. customary units - Units of area, U.S. customary units - Units of capacity and volume, U.S. customary units - Volume in general, U.S. customary units - Liquid volume, U.S. customary units - Dry volume, U.S. customary units - Units of mass, U.S. customary units - Avoirdupois weight, U.S. customary units - Apothecaries' weight, U.S. customary units - Troy weight, U.S. customary units - Cooking measures, U.S. customary units - Grain measures, U.S. customary units - Units of temperature, U.S. customary units - Other units Read more here: » U.S. customary units: Encyclopedia II - U.S. customary units - Units of area |
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| | | | | Grains: Encyclopedia II - U.S. customary units - Units of area The units of area in the U.S. customary system are mostly based on the units of length squared, e.g., square inch (sq in, 645.16 mm²). Since the U.S. customary system has two differing definitions of the foot (international and survey), there are also two differing definitions for the square foot.
1 square foot (sq ft) = 144 sq in = 929.0304 cm²
1 square rod (sq rd) = 272.25 sq ft = 25.29285264 m²
1 acre = 10 sq ch = 1 fur × 1 ch = 160 sq rd = 43,560 sq ft = 4046.8564224 m²
1 square mile (sq mi) = 27,878,400 sq ft = 3, ...
See also:U.S. customary units, U.S. customary units - Units of length, U.S. customary units - Units of area, U.S. customary units - Units of capacity and volume, U.S. customary units - Volume in general, U.S. customary units - Liquid volume, U.S. customary units - Dry volume, U.S. customary units - Units of mass, U.S. customary units - Avoirdupois weight, U.S. customary units - Apothecaries' weight, U.S. customary units - Troy weight, U.S. customary units - Cooking measures, U.S. customary units - Grain measures, U.S. customary units - Units of temperature, U.S. customary units - Other units Read more here: » U.S. customary units: Encyclopedia II - U.S. customary units - Units of area |
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| | | | | | Grains: Encyclopedia II - Global warming and agriculture - Conclusions In the long run, the climatic change could affect agriculture in several ways :
productivity, in terms of quantity and quality of crops
agricultural practices, through changes of water use (irrigation) and agricultural inputs such as herbicides, insecticides and fertilizers
environmental effects, in particular in relation of frequency and intensity of soil drainage (leading to nitrogen leaching), soil erosion, reduction of crop diversity
rural space, through the loss of previously cultivated lands, land s ...
See also:Global warming and agriculture, Global warming and agriculture - Background, Global warming and agriculture - Assessment: global vs local, Global warming and agriculture - IPCC, Global warming and agriculture - Shortage in grain production, Global warming and agriculture - Increases in agricultural production, Global warming and agriculture - Models and scenarios used to estimate global climate change consequences, Global warming and agriculture - Other types of biological models, Global warming and agriculture - Consequences of potential global climate changes on agricultural production, Global warming and agriculture - Temperature potential effect on growing period, Global warming and agriculture - Potential effect of atmospheric carbon dioxide on yield, Global warming and agriculture - Effect on quality, Global warming and agriculture - Global warming and water distribution, Global warming and agriculture - Potential effects of global climate change on pests diseases and weeds, Global warming and agriculture - Ozone and UV-B, Global warming and agriculture - Conclusions Read more here: » Global warming and agriculture: Encyclopedia II - Global warming and agriculture - Conclusions |
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| | | | | Grains: Encyclopedia II - Solid rocket - Performance Solid fuel rocket motors have a typical specific impulse of 265 lbf·s/lb (2.6 kN·s/kg). This compares to 285 lbf·s/lb (2.8 kN·s/kg) for kerosene/Lox and ~389 lbf·s/lb (3.8 kN·s/kg) for liquid hydrogen/Lox1. For this reason solids are generally used as initial stages in a rocket, with better performing liquid engines reserved for final stages. However, the venerable Star line motors manufactured by Thiokol have a long history as the final boost stage for satellites. This is due to their sim ...
See also:Solid rocket, Solid rocket - Basic Concepts, Solid rocket - Design, Solid rocket - Grain, Solid rocket - Casing, Solid rocket - Nozzle, Solid rocket - Performance, Solid rocket - Amateur rocketry, Solid rocket - Advanced research Read more here: » Solid rocket: Encyclopedia II - Solid rocket - Performance |
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| | | | | Grains: Encyclopedia II - Solid rocket - Amateur rocketry Solid fuel rockets can be bought for use in model rocketry; they are normally small cylinders of fuel with an integral nozzle and a small charge that is set off when the fuel is exhausted. This charge can be used to ignite a second stage, trigger a camera, or deploy a parachute.
Designing solid rocket motors is particularly interesting to amateur rocketry enthusiasts. The design is simple, materials are inexpensive and constructions techniques are safe.
Early amateur motors were gunpowd ...
See also:Solid rocket, Solid rocket - Basic Concepts, Solid rocket - Design, Solid rocket - Grain, Solid rocket - Casing, Solid rocket - Nozzle, Solid rocket - Performance, Solid rocket - Amateur rocketry, Solid rocket - Advanced research Read more here: » Solid rocket: Encyclopedia II - Solid rocket - Amateur rocketry |
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| | | | | Grains: Encyclopedia II - Science of photography - Stop-Bath & Fixer After development, the image is not yet stable. It has two more steps to go through before becoming permanent: stop bath and fixer. Stop bath serves to stop the developing. The stop bath is an acidic solution that reduces the pH of the developer remaining on the emulsion enough so that the development stops. The fixer makes the print permanent - one can spot a print that was not fixed properly by noticing that it has faded and the white areas have turned brownish. While silver halides are not soluble in water, they are soluble in sodium thio ...
See also:Science of photography, Science of photography - Law of Reciprocity, Science of photography - Lenses, Science of photography - Focal length, Science of photography - Aperture, Science of photography - Bokeh and Depth of field, Science of photography - Motion blur, Science of photography - autofocus, Science of photography - workings of a typical manual camera system, Science of photography - Effects limiting resolution detail, Science of photography - Focus, Science of photography - Aberration, Science of photography - how electron overflow in CCDs can lead to blurring and fringing effects, Science of photography - Film Grain Resolution, Science of photography - Diffraction aperture limit, Science of photography - Contribution to noise grain, Science of photography - Quantum efficiency, Science of photography - Aliasing, Science of photography - Film, Science of photography - Developing, Science of photography - Stop-Bath & Fixer, Science of photography - Polaroids Read more here: » Science of photography: Encyclopedia II - Science of photography - Stop-Bath & Fixer |
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