38results about How to "Small diffusivity" patented technology

The present invention relates to a frit which does not contain base metal, lead or cadmium, the frit is provided with a thermal expansion coefficient alpha of less than 6.5*10-6k-1 at the temperature range from 20 to 300 degree and a transition temperature Tg of less than 550 degree, the frit includes special glass composition or is composed of it. The frit is especially suitable for preparing the low-calcined ceramic pigment which can be used to decorate the low-expending carrier substrate, such as glass and/or devitroceram.

A process for extracting and refining lavender oil includes such steps as supercritical CO2 extracting, temp-controlled three-stage rectifying for lowering pressure, analyzing for further lowering pressure, and regulating the temp of CO2 to remove wax.

The invention relates to a high-definition back projection film and a preparation method thereof. The high-definition back projection film is prepared by adding a plasticizing agent, a stabilizer, an elasticizer, a color cake and a light diffusant into a PVC (Polyvinyl Chloride) raw material, wherein the light diffusant is an organic silicon light diffusant; the PVC is ultrahigh-polymerization-degree PVC of which the polymerization degree is 1800; and the high-definition back projection film comprises the following components in parts by weight: 100 parts of PVC of which the polymerization degree is 1800, 50-70 parts of plasticizing agent, 3-6 parts of stabilizer, 5-15 parts of elasticizer, 1-5 parts of color cake and 3-15 parts of organic silicon light diffusant. The preparation method comprises dispensing, mixing, plasticizing, filtering, molding, embossing, cold cutting, trimming and rolling. The high-definition back projection film has the excellent properties of gain of 0.7-1.4, gain visual angle of 50-80 degrees, freeness from whitening phenomenon, high definition, strong contrast and high color rendition, and can be widely applied to the field of projection screens.

The invention provides a transistor and a formation method thereof. The formation method of the transistor comprises: providing a semiconductor substrate, wherein the surface of the semiconductor substrate is provided with a plurality of separating layers, openings are formed between neighboring separating layers, the bottoms of the openings are provided with threshold voltage adjusting layers, and the threshold voltage adjusting layers are internally provided with doped ions; forming barrier layers on the surfaces of the threshold voltage adjusting layers and channel layers on the surfaces of the barrier layers, wherein the channel layers are at intrinsic states, and the barrier layers are used for preventing penetration by the doped ions in the threshold voltage adjusting layers; forming grid structures on the surfaces of the channel layers, wherein the surfaces of the grid structures are flush with the surfaces of the separating layers; removing the separating layers until the semiconductor substrate is exposed; and after the separating layers are removed, forming a doping layer on the surface of the semiconductor substrate at the two sides of the threshold voltage adjusting layers, the separating layers, the channels layers and the grid structures, wherein the surface of the doping layer is not lower than the surfaces of the channel layers. The formed transistor is lower in power consumption and stable in performance.

The present invention relates to a flexible color filter substrate and to a method for manufacturing same. More particularly, the present invention relates to a flexible color filter substrate and method for manufacturing same, the flexible color filter substrate comprising a flexible substrate and R, G, B patterns formed on the flexible substrate. The R, G, B patterns are formed by a phase-change ink composition.

Aiming at the problems of low spraying efficiency, high labor intensity, high coating loss, non-uniform coating film thickness and the like due to the fact that a thermal transfer coating is formed onthe surface of a metal aluminum base material and a polyurethane powder spraying process is mostly used for construction in the prior art, performance indexes cannot meet thermal transfer requirements in practical application, and a transfer image effect is not ideal. The invention provides a heat transfer printing coating which is prepared by mixing the following components in parts by weight: 30-60 parts of polyester resin, 10-35 parts of amino resin, a proper amount of catalyst and a proper amount of solvent. The heat transfer printing coating is used in cooperation with polyester resin primer of a metal aluminum base material, the surface of the primer is coated with the heat transfer printing coating through a roller coating process, the thermal transfer coating can be formed throughcontinuous high-speed production, and the heat transfer printing coating has the advantages of being high in roller coating production efficiency, high in yield, small in environmental harm and the like and has a good thermal transfer effect.

The invention provides a cooked food film and a making process thereof, and relates to the field of food processing. The cooked food film comprises the following raw materials in parts by weight: 340-360 parts of a film-forming agent, 5-10 parts of edible oil, 5-10 parts of honey, 20-30 parts of braised soy sauce, 15-30 parts of a spice bag, 15-25 parts of yellow rice wine, 25-35 parts of fermented red bean curd juice, 40-50 parts of straw mushroom sauce, 3-8 parts of dark soy sauce, 10-30 parts of light soy sauce, 1.0-2.0 parts of fresh ginger, 25-35 parts of carrots, 15-25 parts of green Chinese onions, 4-12 parts of garlic and 2800-3200 parts of water. The cooked food film prepared by the making process disclosed by the invention is colloidal, and wraps the surface of a cooked food product, so that the moisture of juice is effectively locked, the effects of preserving moisture and heat are achieved, the color sense effect of the cooked food product can also be improved, and the fresh and tender degree, the mouth feel and the fragrance of the cooked food product are further improved.

The invention discloses an absorption core body, which comprises an absorption layer and at least one diffusion liquid storage layer connected with the lower surface of the absorption layer; the absorption layer comprises a non-woven fabric layer and SAP arranged in the gap of the non-woven fabric layer; the absorption layer is provided with X first diversion grooves which divide the absorption layer into a plurality of absorption areas; the diffusion liquid storage layer comprises the non-woven fabric layer and the SAP arranged in the gap of the non-woven fabric layer, and Y second guide grooves are formed in the diffusion liquid storage layer; on the diffusion liquid storage layer, the opposite bulge around the second diversion grooves is connected with the lower surface of the absorption layer; X and Y are positive integers, and Y >= X. According to the absorption core body, the air permeability and the liquid permeability can be improved to the maximum extent, specific surface areaand porosity are high, the liquid diversion infiltration speed is ultra-fast, and instantaneous liquid trapping capacity is strong, thereby effectively improving the overall utilization rate of the core body.

The invention discloses nickel slurry for a positive blocking spreading layer electrode of a crystal silicon solar battery. The nickel slurry is composed of 85-95 wt% of nanometer nickel powder, 1-5 wt% of glass powder and 4-14 wt% of organic carrier. The nickel slurry is prepared by placing an organic carrier in a constant-temperature container to heat and stir, orderly adding the nanometer nickel powder and the glass powder in the container, and then placing the prepared mixture in a three-roll mill to grind; then filtering by a silk screen. The nickel slurry is preset at the positive face of the crystal silicon battery and dried to obtain a blocking spreading layer nickel electrode; the blocking spreading layer nickel electrode used as the positive nickel/copper/ aluminum/tin base metal composite electrode of the crystal silicon solar battery can prevent copper atoms from spreading to silicon.

The invention discloses an open-type thermal buffering device and method. The open-type thermal buffering method comprises the steps that materials with anisotropic thermal diffusivity are subjected to stretching and transformation; and the stretched plate-type materials are subjected to annular deformation, and thermal diffusivity after the coordinate of the plate-type materials is transformed isobtained. According to the open-type thermal buffering device and method thereof, acute change of the exterior temperature can be smoothed, the average temperature of the outside world is quickly achieved, and the open-type thermal buffering device is not isolated with the outside world and can communicate with the outside world; and the open-type thermal buffering device is a passive device, energy saving and environmental protection are achieved, both thermal sources and cold sources are taken from the external environment, and the open-type thermal buffering device and method can be widelyapplied to the condition that periodic thermal pulses ate converted into uniform thermal flow.

The invention discloses a copper-cadmium heavy metal polluted site energy plant ecological intercepting, purifying and repairing system which comprises an isolation wall body arranged on the periphery of a polluted site in a surrounding mode, a plurality of liquid passivator filling modules distributed in the polluted site and energy plants planted on the polluted site. The liquid passivator filling module is used for uniformly adding a liquid passivator into the soil of the polluted site, the energy plants are planted in the soil of the polluted site and are cultivated and managed, and after the energy plants grow to the mature period, the overground parts of the energy plants are harvested or the energy plants are integrally removed from the polluted soil. The invention further discloses a working method of the system. Normal ecological and economic functions of the polluted land are brought into full play, high-valued utilization of the heavy metal polluted land is achieved, energy plants are vigorously developed through the heavy metal polluted land, soil heavy metal pollution can be effectively remedied, the way that heavy metal enters a food chain can be cut off, and food safety is guaranteed.

The invention provides a high-stability self-linking MXene nanosheet, and a preparation method and application thereof, and particularly provides a surface-modified MXene nanosheet. The MXene nanosheet is provided with Na ions and a sulfonic acid intercalation layer, and meanwhile, the surface of the MXene nanosheet is also provided with a polydopamine layer and a polyethylene dioxythiophene layer; the polydopamine layer and the polyethylene dioxythiophene layer are arranged in sequence; and specifically, firstly, a polydopamine layer is polymerized on the surface of an MXene nanosheet with Na ions and a sulfonic acid intercalation layer, and then a polyethylene dioxythiophene layer is polymerized in situ. Various modifications of the MXene nanosheet interact, and various properties such as physical and chemical stability, film-forming ability and biocompatibility of the MXene nanosheet in a living body are enhanced, so that the MXene nanosheet can be used as an electrode modification material, a peripheral nerve cell repair material, a wire of a neural electrode, a site of a central nerve electrode and the like.