30results about How to "No phase transition" patented technology

The invention discloses a supercritical carbon dioxide circulating fluidized bed coal fired boiler. Supercritical carbon dioxide is adopted to replace steam in an existing circulating fluidized bed boiler to serve as a working medium for absorbing heat and acting, and the heat absorption process of the working medium comprises the steps of one-time flow division and one-time re-heating. The heating face of the working medium of the supercritical carbon dioxide circulating fluidized bed boiler comprises a carbon dioxide cold wall screen type heater and a high temperature reheater which are arranged in a hearth. An externally arranged a superior economizer treating dust as a heat source is arranged on a material recycling device section between an outlet of a separator and the hearth in parallel. A heating face in a rear smoke channel in the flowing direction of smoke comprises a low temperature reheater and a subordinate economizer. The invention further discloses a power generation system driven by the supercritical carbon dioxide circulating fluidized bed coal fired boiler to generate power. The supercritical carbon dioxide circulating fluidized bed coal fired boiler enhances smoke heat transmission of a high temperature section of the reheater, and meanwhile relieves heat demanded pressure of the rear smoke channel, the emission amount of pollutants can be effectively reduced, the smoke emission temperature can be effectively decreased, and the boiler efficiency is improved.

A dental alumina-zirconia eutectic ceramic rod and a preparation method thereof. An anti-aging dental ceramic material and a preparation method thereof. The anti-aging dental ceramic material is composed of alumina and zirconia. The directional solidification of the material is achieved by rapid heating and cooling of the laser beam, and an alumina-zirconia eutectic bioceramic with a smooth surface is prepared. The XRD results show that the pulling rate Alumina-zirconia eutectic bioceramics with a density of 200 μm / s aged for 145 h, all of which are tetragonal zirconia phases at diffraction angles of 35.2°, 40.5° and 41.3°, indicating that alumina-zirconia eutectic bioceramics is in the water There will be no phase change in a hot environment, that is, it has very excellent anti-aging ability.

The invention discloses an organic acid salt electronic functional ceramic and its manufacturing method and application. Acid-based organic acid salts, formic acid-based organic acid salts, acetic acid-based organic acid salts, or gluconic acid-based organic acid salts. A single organic acid salt powder is used for sintering, the pressure load during sintering is 150MPa-350MPa, the sintering temperature is 20-300℃, the heating rate is 10-15℃ / min, and the sintering time is 40-150min. After sintering, we get Organic salt electronic functional ceramics with density ≥ 95%. Application of organic acid salt electronic functional ceramics in varistors, microwave dielectric ceramics and magneto-dielectric coupling ceramics. On the premise of reducing the difficulty and cost of the process, the electronic functional ceramics with remarkable DC voltage-sensitive characteristics or excellent microwave dielectric properties are obtained.

The invention discloses a nanometer zirconia abrasion sealing composite paint material, which comprises the following parts: base-phase material, filling material A, filling material B, adhesive and water, wherein the base-phase material is 70-75% in the base-phase material, filling material A and filling material B; the filling material A is 14-20% in the base-phase material, filling material A and filling material B; the filling material B is 9-15% in the base-phase material, filling material A and filling material B; the adhesive is 2-5.5% in the base-phase material, filling material A andfilling material B; the water is 70-78% in the base-phase material, filling material A, filling material B and adhesive.

The invention relates to a functional ceramic for treating water special for cosmetics. The functional ceramic is characterized by comprising the following raw materials by weight percent: 43-55% of tourmaline, 35-45% of boric acid, 5-7% of clay and 5% of iron tailings. A preparation method for the functional ceramic comprises the following steps: 1) refining the raw materials, including tourmaline and iron tailings, wherein the average grain size after refining is not more than 8mu m; 2) weighting the refined tourmaline and iron tailings, boric acid and clay by weight percent, and then putting them into a mixing machine for uniformly mixing, adopting a hydraulic machine or a pelletizer for forming the uniformly mixed raw materials, thereby acquiring a ceramic body; and 3) putting a prepared sample sheet into a high temperature furnace for sintering, controlling the temperature rise rate at 9-11 DEG C / min, sintering to 850 DEG C, keeping the temperature for 1-2h and then cooling at room temperature, thereby acquiring the functional ceramic. On the basis of purifying water, the functional ceramic can release anion, sterilize, restrain bacteria and refine water molecules. The refined water molecules can be more easily absorbed and utilized by a human body.

The invention discloses a green oil-in-water microemulsion cleaner capable of infinite water dilution and a preparation method thereof, belonging to the technical field of oil cleaners. Edible oil is used as the oil phase; isomeric decanol polyoxyethylene ether, alkyl glycoside (APG) and carboxymethyl chitosan tetradecyl quaternary ammonium salt (14‑QACMC) are compounded as a composite surfactant; Ionized water is the water phase to prepare oil-in-water microemulsion cleaners that can be infinitely diluted with water. Through the compounding of new surfactants, ultra-low interfacial tension and strong penetration ability can be achieved, and it can quickly and efficiently dissolve and solubilize oil stains It can be diluted infinitely with water, the dilution process remains transparent, no phase transition occurs, no turbidity, good stability, green environmental protection, easy storage, strong penetration, large pollution capacity and synergistic multifunctionality of antibacterial and sterilizing.