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In grains

The per capita consumption of rice in the United States has doubled since 1960 to approximately 10 kg in 1989. Over the last decade U.S. rice consumption has benefited from a growing trend in U.S. diets away from high fat animal products and toward grain-based foods. Many health groups encourage use of the complex carbohydrates found in grain products such as rice. Also, increases in the Asian and Hispanic segments of the U.S. [Pg.358]

Infrared spectra of fats and oils are similar regardless of their composition. The principal absorption seen is the carbonyl stretching peak which is virtually identical for all triglyceride oils. The most common appHcation of infrared spectroscopy is the determination of trans fatty acids occurring in a partially hydrogenated fat (58,59). Absorption at 965 - 975 cm is unique to the trans functionaHty. Near infrared spectroscopy has been utilized for simultaneous quantitation of fat, protein, and moisture in grain samples (60). The technique has also been reported to be useful for instmmental determination of iodine value (61). [Pg.132]

Com symps used in ice cream and fro2en desserts are generally 36- or 42-DE acid-converted symps. The symp serves primarily to provide maximum flexibiUty in adjusting flavor, texture, body, and smoothness. It also aids in grain control and in the modification of meltdown and shrinkage characteristics of the fro2en product. [Pg.296]

The emittance and absorptance increase with increase in grain size over a grain-size range of 1 to 200 [Lm. [Pg.573]

Poor Weldability a. Underbead cracking, high hardness in heat-affected zone. b. Sensitization of nonstabilized austenitic stainless steels. a. Any welded structure. b. Same a. Steel with high carbon equivalents (3), sufficiently high alloy contents. b. Nonstabilized austenitic steels are subject to sensitization. a. High carbon equivalents (3), alloy contents, segregations of carbon and alloys. b. Precipitation of chromium carbides in grain boundaries and depletion of Cr in adjacent areas. a. Use steels with acceptable carbon equivalents (3) preheat and postheat when necessary stress relieve the unit b. Use stabilized austenitic or ELC stainless steels. [Pg.252]

Other applications of REELM include monitoring variations like oxidation, segregation, and hydration in the surface chemistry of polycrystalline materials. Differences of 1 /10 of a monolayer in oxygen coverage due to variations in grain... [Pg.328]

Kingery, W.D. (1981) in Grain Boundary Phenomena in Electronic Ceramics, ed. Levinson, L.M. (American Ceramic Society, Columbus, OH) p. 1. [Pg.16]

Figure 3.12. Frequency of various polygonal faces in grains, cells and bubbles (after C.S. Smith,... Figure 3.12. Frequency of various polygonal faces in grains, cells and bubbles (after C.S. Smith,...
The adherend metallurgy also indirectly determines the degree of smut buildup because the rate of smut formation is proportional to the etch rate [54J. For instance, the etch rate of A606 is four times greater than that of A514, due to differences in grain size, etc. As a result, a different etch treatment is required for each. In general, the roles of alloy and heat-treatment differences have not... [Pg.986]

The total releases to air from the facility must be entered m Part III, Section 5 of Form R in pounds per year. The stack test results provide the concentration of metallic lead in each exhaust stream in grains per cubic toot and the exhaust rate in cubic feet per minute. Using the appropriate conversion factors, knowing the scrubber efficiency (from the manufacturer s data), and assuming yourfacility operates 24 hours per day, 300 days per year, you can calculate the total lead releases from the stack test data. Because point (stack) releases of lead are 2,400 pounds per year,-which is greater than the 999 pounds per year ranges in column A. 1, you must enter the actual calculated amount in column A.2 of Section 5.2. [Pg.83]

Farbe-malz, n. Farbmalz. -mittel, n. coloring agent, pigment, dye. farben, v.t. color, dye, stain. — in der WoUe —, dye in grain. [Pg.145]

Vei y small solid fuel particles such as sawdust, agricultural grains, or coal dust can sustain flames when they are suspended in air. In fact, very serious fires have occurred in grain storage towers and coal mines because of the flammability of suspended dusts. The combustion of the individual particles follows the usual pattern of solid particle burning— devolatization and char burning. The combustion of the whole cloud of particles is similar to spray combustion and its characteristics depend on the nature of the fuel, size of the particles, and the number of particles in a given volume. [Pg.272]

When low-alloy steels are exposed outdoors, the rust formed on them is generally darker in colour and much finer in grain than that formed on ordinary steel. Moreover, the slowing down in rusting rate with time (cf. Section 3.1, p. 3 13) seems to be more marked for low-alloy steels than for ordinary steels. This can be illustrated by the BISRA figures given in Table 3.8. [Pg.509]

In the old pharmaceutical system of measurements, masses were expressed in grains. There are 5.760 X 103 grains in 1 lb. An old bottle of aspirin lists 5 grains of active ingredient per tablet How many milligrams of active ingredient are there in the same tablet ... [Pg.23]


See other pages where In grains is mentioned: [Pg.17]    [Pg.362]    [Pg.351]    [Pg.460]    [Pg.325]    [Pg.55]    [Pg.377]    [Pg.445]    [Pg.105]    [Pg.337]    [Pg.107]    [Pg.285]    [Pg.443]    [Pg.375]    [Pg.36]    [Pg.197]    [Pg.197]    [Pg.109]    [Pg.20]    [Pg.93]    [Pg.115]    [Pg.761]    [Pg.762]    [Pg.533]    [Pg.396]    [Pg.257]    [Pg.257]    [Pg.257]    [Pg.668]    [Pg.974]    [Pg.992]    [Pg.1180]    [Pg.1270]    [Pg.1276]    [Pg.1269]    [Pg.325]   
See also in sourсe #XX -- [ Pg.254 , Pg.255 ]




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A grain of sand in the Sahara

Abnormal Grain Growth in Chemical Inequilibrium

Abnormal Grain Growth in a Liquid Matrix

Death in a Single Grain

Diffusion in grain boundaries

Diffusion in grain boundaries and dislocations

Exercise 15.1 Distribution of particles in suspension and grain size sorting resulting from settling

Exercise 17.1 Grain size sorting in a hydrocyclone

ExpressTec High-level Expression of Biopharmaceuticals in Cereal Grains

Factors Affecting Grain Size in a Compact Deposit

Filling of the Grain (Kernel) in Cereals

Grain Boundaries in Polycrystals

Grain Boundaries in Silicon

Grain Shape in a Liquid

Grain boundaries in YBCO

Grain boundaries in mineral systems

Grain boundary and surface-driven properties in metallic systems

Grain boundary in steel

Grain growth in ceramics

Grain growth in the initial deposit

Grain growth in thin films

Grain growth in three dimensions

Grain growth in two dimensions

Grain quality in cereals

Grain size distribution in a granular medium

Grain, in materials

Hydrodynamic Cavitation Synthesis of Nanostructured Catalysts in High-Phase Purities and Varying Grain Sizes

In the American Grain

In-Line Grain Analyzer

In-grain boundaries

In-mold graining

Influence of reduction in grain size

Mechanistic Interpretation of the Grain Boundary Conductance in AgCl

Normal Grain Growth in Dense Solids

Presolar grains in meteorites

Presolar grains in primitive Solar System materials

Protein in grain

Recognizing presolar grains in meteorites

Regimes of Grain-Boundary Short-Circuit Diffusion in a Polycrystal

Synthetic Chemicals in Grain and Nut Products

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