5results about "Metal hydrides" patented technology

To provide a method and an apparatus that enable rehydrogenation after hydrogen release of borohydride composed of (HB)n(n≥4) as a hydrogen storage material so that the borohydride can be used repeatedly and the rehydrogenation can be performed without using a heating process.SOLUTION: A method for using a hydrogen storage material includes a rehydrogenation step of placing a hydrogen desorbed boron given by hydrogen being desorbed from borohydride composed of (HB)n(n≥4) under pressurized hydrogen of 4 MPa or more, whereby hydrogen is recombined with the hydrogen desorbed boron to form the borohydride. The rehydrogenation can be carried out without using a heating process. An exemplary embodiment of the hydrogen storage material is a hydrogen storage material supported on a bendable resin carrier.SELECTED DRAWING: Figure 2

The application relates to an N, N-dimethylethylamine aluminum alkane deuterated complex, preparation, application and alpha'-AlD3, and belongs to the technical field of energy materials and chemical synthesis. An aluminum alkane deuterated amine complex is prepared by reacting LiAlD4 with N, N-dimethylethylamine. The method has mild conditions and high yield, the obtained complex is stably present in a high-concentration solution, can be used as an efficient deuterium gas storage medium and a low-temperature deposition precursor, and can be used for preparing alpha'-AlD3.

This invention discloses a two-dimensional hydrogen germanene nanosheet, its preparation method, and its applications. The two-dimensional hydrogen germanene nanosheet has an ultrathin layered structure, with covalently modified hydrogen atoms on its surface, a lateral dimension of 100–300 nm, and a thickness of 5–10 nm. When activated by a specific wavelength laser, the two-dimensional hydrogen germanene nanosheet can photoexcite and generate singlet oxygen to destroy bacterial biofilms and kill bacteria. Simultaneously, it consumes local oxygen to create a staged hypoxic microenvironment, thereby inhibiting excessive inflammatory responses. After the light exposure ends, as the local oxygen level naturally recovers, it can further enhance the infection clearance function of immune cells, achieving continuous clearance of residual infection. This invention, through staged dynamic regulation of oxygen partial pressure, synergistically integrates direct bactericidal and immune clearance processes, ensuring antibacterial strength while reducing the risk of tissue damage and infection recurrence. It is suitable for the safe and effective treatment of implant-related biofilm infections.

The present invention provides: a borohydride-containing composition which enables further improvement in the performance of a hydrogen supply source that uses a borohydride-containing sheet; a hydrogen generation system; and a fuel cell system. A borohydride-containing composition according to the present invention comprises: a borohydride-containing sheet which has a two-dimensional network that is composed of (BH)n (wherein n ≥ 4, provided that n is an integer); and an electron donor. At least some of the electron donor is supported by the borohydride-containing sheet; electrons of the electron donor are supplied to the borohydride-containing sheet by external stimuli; and hydrogen is generated from the borohydride-containing sheet into which the electrons have been injected.