CAJ | 학술논문

由于BO3－3中原子以sp2杂化以及p－π共轭的特性使得BO3－3非常稳定且易于发生电子云不对称，有利于产生较大的倍频效应，稀土离子的加入将提高材料的非线性光学性能，因而成为材料领域的研究热点。本文介绍了单金属硼酸盐和多金属硼酸复盐，以及稀土硼酸盐作为功能材料的科研成果和近些年的研究进展，并对硼酸盐功能材料领域的研究进行了展望。
유우BO3－3중원자이sp2잡화이급p－π공액적특성사득BO3－3비상은정차역우발생전자운불대칭，유리우산생교대적배빈효응，희토리자적가입장제고재료적비선성광학성능，인이성위재료영역적연구열점。본문개소료단금속붕산염화다금속붕산복염，이급희토붕산염작위공능재료적과연성과화근사년적연구진전，병대붕산염공능재료영역적연구진행료전망。
Borate and rare-earth borate proved to be one of the hottest research in the material field, all because of the stabilities of the BO3-3 and nonlinear optical properties of the rare-earth.BO3-3 hybridized by sp2 and conjugated by p-πtakes borate on stabilities and the characteristics of the electron cloud was easy to occur the asymmetric makes conducive to generate larger frequency doubling effect.The studies and the development of the single metal borates and multi metal borates were introduced and the field of borate materials was prospect.