Übersetzung für "Lyophilic" in Deutsch

According to the invention, the hydrolysis products are lyophilic dispersions which occur in the sol state.

Further, even with saponification of this ester linkage the emulsifier effect of the PEG is maintained, since the chromane fatty acid link remains in the molecule as a lyophilic group.

One apparent reason, among others, is a more complete reaction of the PEG with the reaction partners through the stepwise reaction and an emphasis on an amphipatic construction of the molecule through direct linking of the PEG to the lyophilic phenol-fatty acid complex.

The enzyme is advantageously applied in lyophilic form (or also absorbant or covalent) at the end of the porous body which acts as the carrier for the enzyme.

In this way, the porous carrier as the carrier for the enzyme, on the one hand, and the reagents required for the enzymatic reaction, on the other hand, are accommodated at spatially different locations. In the manner described above, the enzymatic reaction remains inactive until the porous body is dipped into the reservoir which contains the solutizing agents which mobilize the lyophilic reactant.

The resulting reaction products can be obtained in the form of solutions or dispersions, for example lyophilic dispersions in the sol state (cf. Römpp Chemie Lexikon, 9 th edition, Georg Thieme Verlag Stuttgart, New York 1990, p. 2299 ff).

For this purpose, the solid substance must be lyophilic and solvatable. Further, the solid should solvate or swell either as a micelle or as a macromolecule in the liquid phase, and the colloidal particles must form a three-dimensional network in the liquid.

The invention provides a process for the preparation of alkylaluminoxanes, in particular methylaluminoxanes, immobilized on inert support materials, which process is characterized in that alkylaluminoxanes present in dispersed form, i.e. lyophilic dispersions in the form of a sol, (cf. Rompp Chemie Lexikon, 9th edition, Georg Thieme Verlag Stuttgart, New York 1990, p. 2299 ff) are fixed on inert support materials.

Filters which are suitable for the filtration of the fluid and which may also be membranes, can inherently have, or can have by means of a special treatment, the property of being wettable (for example, lyophilic or hydrophilic) by the fluid to be filtered.

Dispersant/wetting agents effective in this invention are low to non-foaming in water, have a structure that consists of an organic moiety that is substantive to (absorbs on) the coal surface in preference to water and a charged hydrophilic portion that is lyophilic to the continuous water phase.

It had been shown that the lyophilic characteristics of the layer which were generated by the aftertreatment with oxygen disapper more and more if the open coated reflectors are stored for a longer period of time.

A protective layer which is made in accordance with the suggested process is substantially more resistant with respect to its lyophilic characteristic and does not show any loss in efficiency even after a relatively long time of storage of the reflectors.

In particular, homogeneous mixtures may not be obtainable if the active agents are present in a coarse crystalline, severely porous or lyophilic form, if they form lumpy conglomerates, as for example with hygroscopic materials, or contain different sizes of hard particles with sharp edges.

A beneficial aspect of freeze-drying is that the dried, “lyophilic” products, owing to their porous structure and very high specific surface area, can be very rapidly reconstituted and regain their original properties in solution.

The substrate table (WT) of claim 2, wherein the contact angle is varied by varying a roughness of the upper surface (60), and/or wherein the contact angle is varied by varying applying at least one of a lyophobic coating and a lyophilic coating to predetermined areas of the upper surface (60).

The sensory unit (1) according to the invention is characterized in that it prevents reactive lyophilic or organophilic substances, among other things, from penetrating into the (polymer) matrix of the sensor element (3) and hence prevents the relatively quick destruction of the matrix itself and/or of the indicators by possible oxidative and/or free-radical attacks and the dissolving of the indicators, for example, by means of organic solvents.