3results about How to "Simple molding" patented technology

The embodiment of the present application provides a substrate section and an aerosol generating article, the substrate section is configured to be formed by winding or gathering the substrate section, the substrate section comprises a sheet-shaped substrate, the sheet-shaped substrate comprises a plurality of substrate strips arranged in parallel and at intervals, at least partial connecting areas are formed between adjacent substrate strips, the connecting areas connect the adjacent substrate strips, and the sheet-shaped substrate can be heated to generate aerosol. Wherein, at least partial areas of the sheet-shaped substrate are different from other areas of the sheet-shaped substrate. The substrate section provided by the present application can adjust the speed effect and duration of generating aerosol of the substrate strips in different areas according to different heating modes, so as to adapt to the temperature distribution characteristics of different heating modes, so that the substrate section as a whole can uniformly release aerosol, and the stability of the substrate section in generating aerosol is improved.

This invention provides a dielectric ion exchange membrane, its preparation method, and its application, relating to the field of membrane material preparation technology. The dielectric ion exchange membrane includes a substrate and an ion exchange membrane coated on the surface of the substrate. The ion exchange membrane comprises polyvinyl alcohol, an ion system, a UV-curable monomer, and a photoinitiator. By using UV curing technology, the crosslinking process and solvent evaporation can be precisely controlled during membrane formation, ensuring a smooth membrane surface and avoiding membrane curling caused by uneven shrinkage. The introduction of the UV-curable monomer is to form a crosslinked network under UV irradiation, inhibiting macroscopic structural flow and creep of the ion exchange membrane during film formation and service, improving the mechanical stability of the membrane, and forming a stable crosslinked structure, thereby forming a structurally stable dielectric ion exchange membrane and effectively preventing membrane curling during drying.

The application discloses a dehydrogenation catalyst and a preparation method and application of the dehydrogenation catalyst in synthesis of OPP from cyclohexanone dimers. The preparation method of the dehydrogenation catalyst comprises the following steps: S1, a mixture containing an alumina source, an additive and a binder is extruded, dried and calcined to obtain the alumina carrier; the alumina source comprises macroporous pseudo-boehmite and microporous pseudo-boehmite; the macroporous pseudo-boehmite has a pore volume of 0.9-1.1 cm 3 / g; the microporous pseudo-boehmite has a pore volume of 0.4-0.6 cm 3 / g; the additive comprises a potassium salt; S2, the carrier is immersed in a solution containing a noble metal salt, and the obtained impregnated product is dried and calcined; the conditions of the immersion meet at least one of the following conditions: 1) the temperature of the immersion is 40-90 DEG C; 2) the pressure of the immersion is -1-0 MPa and does not include 0 MPa. The preparation method is simple, and the additive does not need to be secondarily impregnated; and the obtained dehydrogenation catalyst has the advantages of high carbon deposition resistance, excellent stability and high catalytic activity.