2 results about "Manganese monoxide" patented technology

The application discloses a method for treating organic pollutant wastewater by using manganese monoxide-graphite diacetylene nano-confined catalytic material to activate persulfate, the method is to degrade and treat organic pollutant wastewater by using manganese monoxide-graphite diacetylene nano-confined catalytic material as a catalyst for activating persulfate, and the nano-confined catalytic material comprises graphite diacetylene nanosheets, and manganese monoxide nanoparticles are confined between the layered structures of the graphite diacetylene nanosheets.The method has the advantages of rich active sites, fast electron transfer and stable structure, so that the catalytic degradation system is not only high in efficiency, but also strong in adaptability, and shows good degradation effect on various organic pollutants, and has the advantages of simple process, convenient operation, high treatment efficiency, good removal effect, strong adaptability, green environmental protection and the like, and has important promoting significance for deep purification of organic pollutant wastewater.

The application provides a manganese-based composite lithium supplement agent with adjustable phase structure and a preparation method and application thereof, and belongs to the technical field of lithium ion battery lithium supplement. The application provides a preparation method of the manganese-based composite lithium supplement agent with adjustable phase structure, which comprises the following steps: mixing manganese oxide and a lithium source to obtain a mixture; the manganese oxide is a mixture of any one or more of manganese sesquioxide, manganese dioxide and trimanganese tetraoxide and manganese monoxide; the mixture is pre-sintered, then solid-phase sintered, and finally crushed to obtain the manganese-based composite lithium supplement agent with adjustable phase structure. The results of the examples show that the first circle charge specific capacity (~4.8V) of the battery prepared from the manganese-based composite lithium supplement agent provided by the application can reach about 800-900 mAh / g, and the energy density of the battery is significantly improved.