1) planar tetracoordinate carbon (ptC)
平面四配位碳(ptC)
2) planar tetracoordinate carbon
平面四配位碳
1.
The existence of planar tetracoordinate carbon was theoretically and experimentally confirmed by a number of recent important papers and exhaustive and comprehensive reviews.
以翔实的资料证明了平面四配位碳的存在,分析了合成这类化合物的必要条件。
3) Planar coordinate carbon
平面配位碳
1.
Planar coordinate carbon-centered transition-metal hydrometal complexes M_nH_nC (M=Ni, Pd, and Pt for n=4, and M=Cu, Ag, and Au for n=5) were predicted to be stable species by density functional theory.
用密度泛函理论研究了含平面配位碳中心的过渡金属配合物M_nH_nC(n=4,M=Ni,Pd,Pt;n=5,M=Cu,Ag,Au)的结构和稳定性,发现平面四配位碳满足八隅律规则,而平面五配位碳与过渡金属配体形成部分离子键。
4) planar four-fold coordination
平面四配位
1.
Pol′shin and Hanxueming, author thinks the colour of the eudialyte from Alaska is related to Fe2+ and Fe2+ in the eudialyte is mainly in a planar four-fold coordination.
探讨了该异性石的致色机理,认为其颜色主要与Fe2+有关,且异性石中的Fe2+主要以平面四配位存在。
5) planar pentacoordinate carbon (ppC)
平面五配位碳(ppC)
6) Planar pentacoordinate carbon
平面五配位碳
补充资料:四配
1.指颜渊﹑子思﹑曾参﹑孟轲。旧时以此四人配祀孔子庙。颜渊﹑子思居东,曾参﹑孟轲居西,通称四配。其始配之年:颜渊为三国魏齐王正始二年(见《三国志.魏志.三少帝纪》),曾参为唐睿宗太极元年(见《新唐书.礼乐志五》),孟轲为宋神宗元丰七年(见《宋史.神宗纪三》),子思为宋度宗咸淳三年(见《宋史.度宗纪》)。 2.明袁宏道戏称孔子为饮宗,祀为酒圣,以阮籍﹑陶潜﹑王绩﹑邵雍为配祀。其《觞政.八之祭》云:"凡饮必祭所始﹐礼也。今祀宣父为酒圣。夫无量不及乱﹐觞之祖也﹐是为饮宗。四配曰:阮嗣宗﹑陶彭泽﹑王无功﹑邵尧夫。"
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参考词条