Technology effects

Furthermore, the Jokit Expert Committee on Food Additives (107) (fECFA) of the WHO and EAO of the United Nations issued the evaluation of the safety, statkig that on the basis of the available data, the total dietary kitake of glutamates arising from thek use at the levels necessary to achieve the desked technological effect and from thek acceptable background ki food does not, ki the opinion of the committee, represent a ha2ard to health. 

Avoid the use of water-mix synthetic fluids containing nitrites if there is a technologically effective alternative. 

Food additives (like color additives) can be added at various processing stages, but the additions are commonly made at the latest production stage before final marketing to ensure optimal functionality of the additive in the product as sold. Residues of additives used at earlier production stages may be present still in the final formulation. However, if they do not have further functions at that stage, they are considered process aids (to help preparation but without technological effects in the finished product) and are not indicated on labels. Some additives also decompose over time so that the levels present at the end of shelf life may be quite low. Several techniques and information sources can be used to assess contamination levels of chemicals ... 

Many books have been written about good object-oriented design and implementation. Component-based development and assembly have only very recently become hot topics. Component and connector technology, effective pluggable design, and a coherent architecture together enable implementation by assembly. 

Biomedical science and technology, effect on research and development,... 

The actual levels at which additives are used in foods may differ from those listed in the EU Directives since these are intended to achieve the maximum technological effect. In practice use levels might be much lower. For example, it is not always necessary to create very intense colours and the amount of colourant needed will also depend on the natural colour of the matrix. Similarly, many sweeteners are used in combinations in order to control costs whilst avoiding unpleasant side-flavours. This means that in order to gain an accurate impression... 

Carriers including carrier solvents These are used to dissolve, dilute or otherwise physically modify a food additive without altering its technological function (and without exerting any technological effect themselves) in order to facilitate its handling, application or use... 

The FEED technology effectively treats hydrocarbons (e.g., gasoline and fuel oils), non-halogenated aliphatic hydrocarbons, and polycyclic aromatic hydrocarbons (PAHs) such as naphthalene, phenanthrene, and benzo(a)pyrene. 

The vegetation used to extract toxic metals may pose a risk to animals that consume these plants. Animal consumption of process plants could also result in harmful metals working their way up the food chain. Hyperaccumulation is a much slower process than most chemical and physical technologies, and its performance is typically measured in months or years. Technology effectiveness is limited by root growth thus, wastes must be relatively close to the surface. In addition, the toxicity of the targeted contaminants and other site-specific characteristics such as pH, soil characteristics, nutrient content, and water availability can impact technology performance. 

Chen, Y.H., Liu, Y., Wang, Q., Yin, H., Nico, A., and Kierkels, R. 2003. Performance of intumescent flame retardant master batch synthesized through twin-screw reactively extruding technology Effect of component ratio. Polym. Deg. Stab. 81 215-224. 

Electrolysis offers an alternative route for organic synthesis via the formation of anion and cation radical intermediates. However, traditional electrolytic methods suffer from a number of limitations such as heterogeneity of the electric field, thermal loss due to heating and obligatory use of supporting electrolytes. These factors either hamper electrosynthetic efficiency or make the separation process cumbersome. The combination of electrosynthesis and microreaction technology effectively overcomes these difficulties. 

The invention relates to the preparation of inulin-based biologically active food additions. The method provides for preparing inulin of molecular mass 7000 to 10000 Da and accompanying fructose-containing products. It enhances technological effectiveness and gives a high purity of inulin. 

In this work for the first time magnetron sputtering (technologically effective method) was used for the modification of the tubular a-alumina ceramic support of the composite Pd - membrane. This modification could be realized due to the choice of Ni as hydrogen permeable metal instead of y-Al203 layers. It allows to use total effective cross section of the surface porous structure of the support in high temperature process of hydrogen purification by Pd membrane. 

Tab. 2. Technological effects obtained on different systems of wastewater treatment... 

The data presented in this paper show that the GSR technology effectively reduces the sulfur content of liquid FCC products. The sulfur compounds are converted into hydrocarbons and hydrogensulfide. With the exception of a somewhat increased coke yield, the selectivities of the base catalyst are not affected by the GSR technology. The higher coke yield can be controlled by proper choice of coke selective base catalysts in most cases. The data also showed that the GSR technology can be combined with all commercially available base catalyst systems. 

Auto/Oil Air Quality Research Improvement Program (Auto/Oil). Gasoline Reformulation and Vehicle Technology Effects on Exhaust Emissions, Technical Bulletin No. 17, 1995. 

Research is faced with the task of first clarifying the mechanisms of application-technological effects on a molecular basis before selecting the molecules and then... 

Ingemanson, M.O. (1997) MIDS Infrared technology - effective, benign, affordable. Annual International Research Conference on Methyl Bromide Alternatives and Emissions, November 3—5, 1997, San Diego, California, 113, p. 1. 

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