DEVELOPMENT OF FUNCTIONAL INORGANIC PHOSPHORUS MATERIALS SCIENCE

K. Yamashita
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引用次数: 4

Abstract

This paper reviews the studies achieved by the author and his research group on functional inorganic phosphorus materials, in commemoration of the distinguished contribution award from The Japanese Association of Inorganic Phosphorus Chemistry (JAIPC) in 2019. The focus of the review is on the development both of electrically functionalized hydroxyapatite and new Na conduction ceramics and glass-ceramics. It is therefore to be stated here that the present review clearly differs from conventional journal-reviews which summarize related papers and collect their related references with critical comments. (Received Mar 4, 2020; Accepted Mar 11, 2020)
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功能无机磷材料科学的发展
本文回顾了作者及其课题组在功能无机磷材料方面的研究成果,以纪念2019年日本无机磷化学协会(JAIPC)颁发的杰出贡献奖。重点综述了电功能化羟基磷灰石、新型钠导电陶瓷和微晶玻璃的研究进展。因此,这里要说明的是,本综述与传统的期刊综述明显不同,传统的期刊综述总结相关论文,并收集相关参考文献,并附有批评意见。(2020年3月4日收稿;接受2020年3月11日)
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PREPARATION OF SILICON-SUBSTITUTED BETA-TRICALCIUM PHOSPHATE BY THE POLYMERIZED COMPLEX METHOD PHOTODEGRADATION OF DYES IN THE PRESENCE OF BISMUTH-TREATED APATITES AS HETEROGENEOUS CATALYSTS IN WATER KEY FACTORS FOR THE SEPARATION OF SILICON AND IRON DURING PHOSPHORUS RECOVERY FROM SLAG DISCHARGED FROM THE DOUBLE-SLAG REFINING PROCESS ION RELEASE BEHAVIOR OF SILICOPHOSPHATE GLASSES CONTAINING SIX-FOLD COORDINATED SILICON STRUCTURE PHOSPHORUS RECOVERY FROM SEWAGE-SLUDGE MOLTEN SLAG USING A COMBINATION OF ACID-DISSOLUTION, ALKALI-PRECIPITATION, AND ION-EXCHANGE
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