CAS: 10124-54-6; Phosphoric Acid, Manganese Salt

📜5Mn(2+)*2O4P(3-)*2O3P(1-)*2Ho(1-)*4H2O 反应 3.0H,反应生成原磷酸锰
参考文献:具有不同mn位点的自体磷酸锰用于电催化水氧化
标题:具有不同mn位点的自体磷酸锰用于电催化水氧化
摘要:在此,我们报告了从相同母体材料中获得的用于电催化水氧化的两种自体磷酸盐.除了锰中心的配位结构外,这两种磷酸盐有许多相似之处.已经直接观测到mn 2 P 2 O 7的高度不对称几何形状可以稳定活性mn( Iii )以促进水氧化.
Doi:10.1039/d1Cc01004B

专利信息

专利号:US-8771494-B2
优先权日:2008-12-22
标 题 :Synthesis of oil containing microcapsules and their use in functional composite coatings
发明人：CHURRUCA MARIA JOSE; CASTRO PABLO ADRIAN; WILLIAMS FEDERICO JOSE
权利人:CHURRUCA MARIA JOSE; CASTRO PABLO ADRIAN; WILLIAMS FEDERICO JOSE; TENARIS CONNECTIONS LTD
摘要:Systems and methods for the synthesis of lubricant-containing microcapsules are disclosed. Embodiments of composite nickel and copper coatings containing capsules with liquid lubricating oil cores are also disclosed. In certain embodiments, microcapsules can be incorporated into a metal plating solution to perform composite electrodeposition to obtain self lubricant metallic coatings. In some embodiments, much lower friction coefficient (Ëœ0.8) and far better wear resistance was obtained with the copper/microcapsules composite.

专利号:WO-2025054704-A3
优先权日:2023-09-12
标题 :Metal digestion with anion regeneration for one-pot synthesis of cam precursor
发明人：LIANG RUI LIN; NESVADERANI FARHANG
权利人:NANO ONE MAT CORP
摘要:An improved method of forming a lithium-ion cathode material is provided. The method comprises: dispersing elemental metal in a liquid comprising an acid wherein the acid is sub-stoichiometric relative to the elemental metal to form a dispersion; adding peroxide and a multi-carboxylic acid to the dispersion at a rate sufficient to maintain a temperature of at least 20 o C to no more than 70 o C to form precipitated metal salts of the multi-carboxylic acid; adding a lithium salt to the liquid; removing the liquid to form a lithium-ion cathode material precursor; and firing the lithium-ion cathode material precursor to form the lithium-ion cathode material.

专利号:US-9079164-B2
优先权日:2012-03-26
标题:Single reaction synthesis of texturized catalysts
发明人：WOODFIELD BRIAN F; SMITH STACEY; SELCK DAVID; BARTHOLOMEW CALVIN H; MA XUCHU; XU FEN; OLSEN REBECCA E; ASTLE LYNN
权利人:UNIV BRIGHAM YOUNG
摘要:Methods are described for making a texturized catalyst. The textural promoter may be a high-surface area, high-porosity, stable metal oxide support. The catalyst is manufactured by reacting catalyst precursor materials and support materials in a single, solvent deficient reaction to form a catalyst. The catalyst may be particles or a coating or partial coating of a support surface.

专利号:WO-2024008556-A1
优先权日:2022-07-07
标 题:Synthesis of nanostructured zirconium phosphate
发明人：SCHMIDT FRANZ; SCHÄFER DURDU; WIEGAND ARMIN; HEINDL NICO; TAKATA Ryo; ESKEN DANIEL; HERZOG MARCEL
权利人:EVONIK OPERATIONS GMBH
摘要:The invention relates to a process for producing zirconium phosphate by means of flame spray pyrolysis, zirconium phosphate obtainable by this process and the use thereof in batteries especially to encapsulate lithium mixed oxide particles.

专利号:US-4547482-A
优先权日:1982-07-21
标题:Catalyst composition suited for synthesis of methanol
发明人：OSUGI MINORU; NAKAMURA TADASI; EBATA SHUJI
权利人:MITSUBISHI GAS CHEMICAL CO
摘要:A catalyst composition comprising copper oxide, zinc oxide and an oxyacid of phosphorus or its salt; and a method for producing methanol by reacting carbon monoxide and/or carbon dioxide with hydrogen in the vapor phase in the presence of a catalyst, wherein the catalyst is the aforesaid catalyst composition which has been activated by reduction with a hydrogen-containing gas.

专利号:WO-2023056470-A1
优先权日:2021-09-30
标 题:MnO NANOMATERIAL BASED INHIBITORS OF INFLAMMATION AND CANCER METASTASIS
发明人：LEONG KAM W; ZHONG YILING
权利人:UNIV COLUMBIA; NEWSOUTH INNOVATIONS PTY LTD
摘要:The anionic manganese oxide nanoparticle nucleic acid scavengers are biodegradable anionic scavengers with low cytotoxicity, which are able to scavenge (bind) cell-free nucleic acids (e.g., extracellular ssRNA, dsRNA, and unmethylated DNA), providing treatment for various medical conditions. The main component of the scavenger is manganese oxide, which may be synthesized by using a manganese compound (e.g., manganese acetate) and an acid (e.g., tannic acid) at high temperature (e.g., 100-150°C). Synthesis may be performed by mixing a manganese compound and an acid in water forming a mixture, which is stirred, heated, and allowed to cool. The anionic manganese oxide nanoparticles are extracted from the cooled mixture. The typical size of the resultant nanomaterials ranges from 30 to 100 nm; the zeta potential of the as-prepared nanomaterials is about -20 mV. The nanoparticles have various uses, including administration to a subject to treat inflammation or to treat cancer.