50results about How to "Not easy to oxidize and corrode" patented technology

The invention provides a method for recombining grain germ components, comprising: a grinding step; a separation and extraction step; a second separation and extraction step; The invention continuously separates and concentrates the beneficial components in the grain germ, and at the same time reorganizes the separated beneficial components; the invention continuously separates, concentrates and reorganizes the beneficial components in the germ through cheap, simple and efficient means, Produces a delicious whole germ meal.

The invention provides a method for recombining cereal germ components. The method comprises the steps of pulping, first-time separation and extraction, second-time separation and extraction, third-time separation and extraction and emulsifiable concentration treatment on mixed liquid to obtain germ flour. According to the method, the beneficial components in cereal germs are continuously separated and concentrated, and meanwhile the separated beneficial components are recombined; the beneficial components in the germs are continuously separated and concentrated and recombined through the cheap, simple, convenient and efficient means, and then the delicious full germ flour is produced.

The invention discloses a high-temperature heating deposition platform for chemical vapor deposition, which belongs to the field of material preparation and processing. The invention improves the design of the heating deposition platform, coats a layer of 100nm chromium oxide thin film on the inner surface of the deposition platform, and improves the efficiency of the deposition platform to receive heat radiation by using the black body number of 0.8 of the chromium oxide. At the same time, for the heating body sealed inside the deposition table, its insulator support is designed as an array of ceramic pillars, which improves the heat dissipation efficiency of the heating body without affecting the support function. These improvements have greatly improved the heating efficiency and stability of this new type of high-temperature heating deposition platform, and can continue to work stably in the temperature range of 700 ° C to 1000 ° C, filling the technical gap of the heating deposition platform in the high temperature section.

The invention discloses a multilayer phase-change film for ultrahigh density probe storage and a preparation method thereof. The multilayer phase-change film has a top layer which is a diamond-like carbon film protective layer having the thickness of 8 to 12nm, a bottom layer which is a copper-tungsten alloy film electrode layer having the thickness of 10 to 15nm and a copper-tungsten weight ratio of 15: 85, and a middle layer which is a tellurium-based alloy film phase-change layer having the thickness of 25 to 45nm. The preparation method is characterized in that 1, an electrode layer and a phase-change layer are prepared by direct current-radio frequency magnetron sputtering integrated equipment; 2, a rotating disk is rotated so that a substrate is located right above a target material; a vacuum chamber is subjected to a vacuum-pumping process and argon is fed into the vacuum chamber; after sputtering, a vacuum-pumping process is carried out again; a heating resistor is started and a heating process is carried out; and after the heating process, an in-situ annealing process is carried out; and 3, the substrate sputtered with the electrode layer and the phase-change layer is taken out and then is put into a plasma-enhanced chemical vapor deposition chamber; methane and borane are put into the plasma-enhanced chemical vapor deposition chamber and a vapor deposition process is carried out; and after the growth of a diamond-like carbon film is finished, the diamond-like carbon film is taken out, then is put into an annealing furnace having a temperature of 180 DEG C and is annealed. The preparation method can effectively prevent conducting layer oxidation, improves surface quality, storage density, a storage life and power consumption of a multilayer nanoscale film, and improves preparation efficiency.

The invention discloses a self-adhesive coin collection paper clip processing method and a finished product thereof. The self-adhesive coin collection paper clip processing method comprises the following steps: forming symmetrical holes in the two sides of a paperboard impression through pressing, covering the holes with concentric PP films, and forming concentric circular impressions through pressing. After a paperboard is folded and adhered along the impressions, by utilizing the deformation bulges of the circular impressions, the influence of collected coin thickness on adhesive surface reactive force is effectively eliminated, the reliability of adhesion is guaranteed, and the durability of a paper clip is improved. Through the laminating design of double-faced holes, a collected coin is convenient to view from two surfaces; moreover, a good sealing property is also formed, the oxidation of the collected coin is prevented, the long-term collection requirement is met, and the paper clip is a good guarantee for coin collection.