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3 results about "Hydrocarbons.aliphatic" patented technology

Aliphatic compound. In organic chemistry, hydrocarbons (compounds composed of carbon and hydrogen) are divided into two classes: aromatic compounds and aliphatic compounds (/ˌælɪˈfætɪk/; G. aleiphar, fat, oil) also known as non-aromatic compounds.

Heat-curable composition, cured article, adhesive agent, and heat-curable composition production method

The heat-curable composition according to the present disclosure includes: a first component that contains a siloxane having an epoxy group; and a second component that contains at least one of a phenol having a structure in which a ring-opening functional group (excluding a hydroxy group) that is a functional group having an action of ring-opening the epoxy group is bound to a benzene ring, or an acyclic aliphatic compound having a structure in which the ring-opening functional group is bound to an end.
Owner:SHIN ETSU CHEMICAL CO LTD +1

Composition comprising discrete particles and a non-aqueous base

PendingJP2026521757APersonal careActive agent
A personal care composition comprising discrete particles of a mixed composition and a non-aqueous fluid-based composition. The mixed composition is made from a surfactant, a high-melting-point aliphatic compound, and any other optional components. The non-aqueous base is at least 75% fluid that is not a hydrogen donor.
Owner:PROCTER & GAMBLE CO

A catalytic electrode for electrocatalytic preparation of aliphatic compounds from aromatic compounds and its use

The present application relates to a kind of catalytic electrode for electrocatalytic aromatic compound preparation alicyclic compound and its application, it includes conductive substrate and the carrier layer and the supported metal nanoparticle layer successively arranged in the surface of the conductive substrate, the carrier layer is one or more carbides in Cr3C2, WC, W2C, MoC, Mo2C, the metal of the supported metal nanoparticle layer is one or more in Pt, Pd, Au, Ag, Cu.The catalytic electrode of the present application is by the hierarchical structure design of conductive substrate, carbide carrier layer and noble metal / non-noble metal nanoparticle layer, rely on the synergistic effect of carbide carrier and supported metal, both with the strong dissociation water capacity of carbide to provide sufficient hydrogen source for hydrogenation reaction, also utilize the π-complexing capacity of metal to realize the high selectivity adsorption to aromatic compound, simultaneously realize the rapid desorption to alicyclic product.
Owner:SHANGHAI INSTITUTE OF APPLIED PHYSICS CHINESE ACADEMY OF SCIENCES