3results about How to "Reduce volume requirements" patented technology

This invention discloses a low-corrosion chloride molten salt heat transfer and storage medium, method, and application, belonging to the field of molten salt thermal storage technology. The high-heat-capacity, low-corrosion carbonate molten salt heat transfer and storage medium of this invention is composed of 18%~22% potassium chloride, 6%~10% sodium chloride, 1%~3% aluminum powder, 1%~3% magnesium powder, 1%~3% zinc powder, with the remainder being zinc chloride. Its key feature is the introduction of metal powder into the molten salt, which not only achieves excellent thermal storage performance at 600℃~800℃, but also reduces corrosion by utilizing the potential regulation ability of dissolved metal ions and the formation of highly active [Al] from gaseous chloride products through physical and chemical adsorption. This low-corrosion chloride molten salt heat transfer and storage medium achieves excellent thermal storage performance and low corrosivity, and can be applied in solar thermal power generation and molten salt energy storage.

This invention relates to the field of materials testing technology, specifically to a method for testing powder X-ray diffraction (XRD) samples without impurity peaks based on directional pelleting, which is particularly suitable for XRD testing of small quantities of powder samples. This method, through pelleting combined with glass slide elevation, solves the problems of powder scattering and impurity peak interference when the sample quantity is insufficient in existing technologies, thus improving the reliability and flexibility of XRD testing.

The invention relates to a method for controlling at least one torque transmission device (D1, D2) by means of a hydraulic system (1), which has a pump unit (7) in which an electronically controlled electric motor (12) drives a pump (13) which delivers a volume flow into a pressure line (10), a system pressure regulating valve (11) arranged between an oil sump (8) and the pressure line (10), a slave cylinder (3, 4) and a control pressure regulating valve (14, 15) which loads the slave cylinder (3, 4) and which has a connection to the pressure line (10) and a connection to the oil sump (8). In order that the pump unit (7) can be designed small and that the at least one torque transmission device (D1, D2) can be actuated efficiently, in the case of unregulated closing of the system pressure regulating valve (11) relative to the oil sump (8) and unregulated complete opening of the control pressure regulating valve (14, 15) relative to the slave cylinder (3, 4), a pressure medium quantity which is predetermined for setting a contact point of the at least one torque transmission device (D1, D2) is delivered to the slave cylinder (3, 4) for actuating the at least one torque transmission device (D1, D2), and after reaching the contact point the system pressure regulating valve (11) and the control pressure regulating valve (14, 15) are operated in a regulated pressure manner until the at least one torque transmission device (D1, D2) is completely actuated.