Übersetzung für "Chemische aufbau" in Englisch

However, the exact chemical constitution of the NCO-prepolymers is not critical.

The chemical constitution of the reinforcing fibres can be of the most diverse kind.

The chemical structure of the plastics remains the same at the substantial recycling process.

The chemical composition of the material remains unchanged.

Its chemical composition is similar to that of perfluorinated polyether (PFPE).

The chemical structure of many pigments is still unknown.

The chemical structure of the amino-epoxy resins and the characteristics thereof may be influenced to a great extent.

This is easily explained from a chemical perspective. All plastic materials are polymers, chemically-speaking.

One reason for this is the chemical structure of plastics: They consist of countless chains of carbon molecules.

This special chemistry facilitates rapid absorption at physiological pH and a long duration of action at the target tissues, the lung and the skin.

This special chemistry facilitates rapid absorption at physiological pH and a long duration of action at the target tissue, lung.

Its chemical structure is similar to that of polyethylene terephthalate (PET), with which it shares properties like dimensional stability and chemical resistance.

Polyacrylates are best suited to recycling, since their pH and chemical structure change only slightly under the very diverse influences of the concomitants, and this consequently ensures greatest reliability of weaving output.

From the above description, it will already be clear that the exact chemcial structure of the isocyanate prepolymers used for the process according to the invention is not critical.

From what has been said above, it will be clear that the exact chemical structure of the isocyanate prepolymers used in the process according to the invention is not critical.

The quantitative chemical formulation of the regenerating fluid, suitable for the particular individual case, can be determined in a simple manner by a few preliminary experiments.

The primary signal represents the intensities of the chemically different secondary ions. Conversion of these intensities into chemical concentration values is one of the main problems of the method and is beet effected with reference samples.

The chemical make-up of the two plants reported — kratom and kava — is relatively well known from the literature.

The molar ratio of the monomer components and therefore the chemical build-up and the polarity of the copolymers can be adjusted within wide limits.

The chemical structure of the products, the degree of ethoxylation, the hydroxyl number and the content of primary hydroxyl groups are summarized in Table 3.

Although in general, chemically uniform copolymers are not formed in contrast to continuous polymerization, the chemical structure of the copolymers is generally much more regular than in the case of batch polymerization.

These adsorption media consist especially of crosslinked vinyl polymers, the chemical composition of the polymers and especially their degree of crosslinking determining the extent of their adsorption capacity.

The final aim of all these variations in the electrolyte composition was to obtain additional degrees of freedom in the choice of the process parameters of the anodic oxidation and to change the chemical composition, the structure and the physical properties of the surface layers essentially consisting of aluminum oxides in such a way that they have the property profile required for the intended use.

The chemical constitution of the reinforcing fibres and of the thermoplastic can also be of the same type, for example they can both consist of polyester.

In this connection combinatorial chemistry utilises all manner of chemical reactions for the construction of molecule libraries, whereas AME produces a large population of different biopolymers by means of mutation strategies.

Whereas the chemical “structure” of the individual utilizable components is sufficiently described therein, the properties of mixtures of such components for the formulation of a certain active compound system can not be predicted from the abovementioned handbooks.

The chemical composition of the two graft copolymers is preferably the same, although the shell of the coarse-particled graft copolymer may in particular also be synthesized in two stages.

Unexpectedly, not only is it possible to thereby produce porous and dense sintering products of the corundum phase with corresponding smaller pore or structural grain size, but the corundum synthesis also runs differently than is known through a semiamorphous aluminum hydroxide, which leads to the formation of finer grain transitional phases of Al 2 O 3 before corundum formation. Starting from easily manageable raw materials, it is therefore possible to produce nanoporous Al 2 O 3 sintering products having pore size in the range between 0.5 and 2.5 nm, which differ from previously known nanoporous ceramics in their material structure of Al 2 O 3 that ensures a high chemical stability and in the simpler production.