Production capabilities

Several commercial polyester fabrics are flame retarded using low levels of phosphoms additives that cause them to melt and drip more readily than fabrics without the flame retardant. This mechanism can be completely defeated by the presence of nonthermoplastic component such as infusible fibers, pigments, or by siUcone oils which can form pyrolysis products capable of impeding melt flow (27,28). 

Certification to the standard will only be awarded to a site that has the capability to meet all the applicable requirements of ISO/TS 16949 for the products and services concerned. If some operations are carried at remote locations (e.g. design centers and corporate headquarters), such locations cannot receive separate certification and must be included within the certification awarded to the parent site possessing production capability. 

This would check the products, processes, or services to establish they are what the subcontractor claims them to be. Assessment of design and production capability may be carried out at this stage or be held until the pre-qualification stage when specific contracts are being considered. 

Certified Process—A process that, through demonstration and validation, has been determined to produce product capable of consistently achieving or exceeding customer requirements. 

Leistung, /. work, performance, output capacity (mechanical, etc.) power efficiency service doing, rendering, leistungsfahig, a. serviceable, productive, capable, efficient. 

It may often be more economical to purchase the desired product from another refiner than to produce it internally. The market place can be a less expensive source of incremental supply than the refiner s own in-house production capabilities. 

Activity Product Capabilities Dry Assembly [ Ingredients Used in Formulations ... 

The study of optical isomers has shown a similar development. First it was shown that the reduction potentials of several meso and racemic isomers were different (Elving et al., 1965 Feokstistov, 1968 Zavada et al., 1963) and later, studies have been made of the ratio of dljmeso compound isolated from electrolyses which form products capable of showing optical activity. Thus the conformation of the products from the pinacolization of ketones, the reduction of double bonds, the reduction of onium ions and the oxidation of carboxylic acids have been reported by several workers (reviewed by Feokstistov, 1968). Unfortunately, in many of these studies the electrolysis conditions were not controlled and it is therefore too early to draw definite conclusions about the stereochemistry of electrode processes and the possibilities for asymmetric syntheses. 

Inhibitor regenerators— These react with intermediates or products formed in the chainstopping reaction so as to regenerate the original inhibitor or form another product capable of functioning as an antioxidant. 

The architecture of macromolecules is another important synthetic variable. New materials with controlled branching sequences or stereoregularity provide tremendous opportunity for development. New polymerization catalysts and initiators for controlled free-radical polymerization are driving many new materials design, synthesis, and production capabilities. Combined with state-of-the-art characterization by probe microscopy, radiation scattering, and spectroscopy, the field of polymer science is poised for explosive development of novel and important materials. New classes of nonlinear structured polymeric materials have been invented, such as dendrimers. These structures have regularly spaced branch points beginning from a central point—like branches from a tree trunk. New struc-... 

The net quenching reaction in eq. 2, which leads to separated redox products capable of oxidizing and reducing water, relies on a series of electron transfer steps. The basic theme of this account is excited state and related electron transfer events which occur in such systems and the basis that we have for understanding them both experimentally and theoretically. 

From the reactions shown in Scheme 5, it is obvious that only those uronic acid derivatives whose elimination proceeds with the formation of enolic or aldehydic groups, or both, afford products capable of reducing the Cu(II) ion. Although such structures can be expected from hexo- and hepto-furanuronic, as well as from hep-topyranuronic, acid derivatives, glycosides of pentofuranuronic and of hexopyranuronic acid derivatives do not exhibit reducing properties. However, in view of this generalization, the zero reducing power observed for compound 26 requires a different explanation. 

In examining a seized illegal laboratory, we feel that the following information is best acquired by a chemist production capability estimated length of time in operation source of chemicals and equipment methods of waste removal efforts at concealment method of manufacture. This and other information can be used to measure the impact of an immobilized laboratory and can provide possible means to assist in the detection of similar laboratories. 

Tekmaheat Oy manufacture three kiln systems a compact chamber of 15-25m per batch, having an annual production capability of 1600-3000 m a drive-through chamber having a volume of 40-60 m, with an annual capacity of 5000-10 000 m and a multi-stage production line, in which the timber is pre-heated, dried, heat-treated and conditioned in a continuous throughput process, which has a capacity of 30 000-50 000 m per annum. 

Mullarky, I.K., Su, C., Frieze, N., Park, Y.H. and Sordillo, L.M., Staphylococcus aureus agr genotypes with enterotoxin production capabilities can resist neutrophil bactericidal activity, Infect. Immun., 68, 45-51, 2001. 

The LaRochelle capacity for ore cracking is over 5000 tons as rare earths oxides per year and in Table VIII we show the average production capabilities for the heavier rare earths. It should be noted that the above figures are average values as the rare earths composition of monazite varies somewhat depending on the source. 

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