Abstract:
PROBLEM TO BE SOLVED: To provide a finely powdered carotenoid preparation controllable to have intended coloration effects and having a high bioavailability. SOLUTION: The production process comprises forming a molecular dispersion of carotenoid at an elevated temperature in a water-miscible volatile organic solvent optionally together with an emulsifier and/or an edible oil and adding a protective colloid to the solution. In this process, the hydrophilic solvent component is transferred to the water phase to form a hydrophobic phase of carotenoid as a nano-disperse phase and the obtained hydrosol is heat-treated at 40-90 deg.C. Then the solvent and water are removed from the heat-treated hydrosol to convert it into a water-dispersible dry powder.
Abstract:
Disclosed is a method of making an array of n nanoparticular dispersion formulations, wherein said nanoparticular dispersion formulations each comprise -at least one nanodispersant, -at least one application media, -an active ingredient said method comprising the following steps: c) making said array of n nanoparticular dispersion formulations by c1) a parallelized solid solution route, or c2) a parallelized general precipitation route, or c3) a parallelized reactive precipitation route, d) parallelized, rapid serial or semi-parallel characterizing of said obtained n nanoparticular dispersion formulations; an array of at least 8 different nanoparticular dispersion formulations; a method of making an array of m nanodipersants by a parallel polymerization process; an array of at least 8 different nanodispersants; a method of making an array of n solid solutions by a parallelized solid solution route; and an array of at least 8 different.
Abstract:
Disclosed are random radical (co)polymers containing -20 to 50 mol% of styrene as component A, -15 to 35 mol% of acrylic acid as component B, and -15 to 60 mol% of dimethylaminoethylmethacrylate (DMAEM) or 4-vinyl pyridine as component C; and dispersion formulations containing said (co)polymer, a dye selected from the group consisting of a monoazo dye, a quinophtalone dye, an anthraquinone dye, optionally further assistants, and an aqueous system; solid solutions containing said (co)polmyer, a dye selected from the group consisting of a monoazo dye, a quinophthalone dye, an anthraquinone dye, optionally further assistants; and dyeing formulations and formulations of inks for ink-jets comprising said dispersion formulation and optionally conventional dyeing auxiliaries.
Abstract:
Disclosed are random radical (co)polymers containing -20 to 50 mol% of styre ne as component A, -15 to 35 mol% of acrylic acid as component B, and -15 to 60 mol% of dimethylaminoethylmethacrylate (DMAEM) or 4-vinyl pyridine as component C; and dispersion formulations containing said (co)polymer, a dye selected from the group consisting of a monoazo dye, a quinophtalone dye, an anthraquinone dye, optionally further assistants, and an aqueous system; sol id solutions containing said (co)polmyer, a dye selected from the group consisting of a monoazo dye, a quinophthalone dye, an anthraquinone dye, optionally further assistants; and dyeing formulations and formulations of inks for ink-jets comprising said dispersion formulation and optionally conventional dyeing auxiliaries.
Abstract:
The invention relates to a method and a device for optimising at least one lacquer in at least one place on the surface of a substrate to which the lacquer is applied. The method is carried out using the corresponding device and comprises at least the following steps: a) applying the at least one lacquer in at least one place on the surface of the substrate; b) curing the at least one lacquer in the at least one place on the surface of the substrate and c) determining the status of especially the curing and/or discoloration and/or lustre of the lacquer in the at least one place on the surface of the substrate following steps a) and b).
Abstract:
The invention relates to precipitated water-insoluble colorants in colloid-disperse form, with an average particle size of 5 nm to 1 mu m and with a variance of less than 50 %. The inventive colorants are especially suitable for use in ink-jet ink preparations.
Abstract:
A solid crop protection composition consisting essentially ofa) one or more predominantly amorphous crop protection active ingredients which are solid per se and have solubility in water of less than 500 mg/l at 25° C. andb) a coating enclosing component (a).
Abstract:
The method for chemically differential imaging using a scanning force microscope uses chemically modified samples, where the imaging is in normal force, elasticity or tapping/non-contact mode. A detector (1), laser source (2), piezoelectric adjuster (3), tip and lever arm (4) are used to evaluate the sample (5). The scanning tip is either a metal or oxide layer, or it may be coated with one or more substances, such as thiol groups with additional acid or base functions, thiol with nuclein base, disulphide with acid base or nuclein base.