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- Ni原子活化甲烷中C-H鍵的密度泛函研究ACTIVATION OF C-H BOND OF METHANE BY Ni~0 ATOM.A DFT STUDY
- C-H鍵活化C-H bond activation
- MgO活化甲烷碳氫鍵的密度泛函研究A DFT Study on Methane Activation by MgO
- [Ir(COD)(diphos)]Cl配合物活化sp~3C-H鍵及其促進CO、CO_2插入Ir-C鍵反應性能的研究Activation of C-H Bond and Insertion Reaction of CO, CO_2 into Ir-C Bond Promoted by [Ir(COD) (diphos)]Cl Complexes
- 由於分子間氫鍵的形成,使得成鍵電子分散,鏈中間TATB分子的N-O和N-H鍵的共價鍵減弱,而C-C和G-N共價鍵增強。As the formation of O-H bond between molecules and separation of bonding electrons, the strengths of covalent bonds of N-O and N-H in the middle molecules of the chain decrease, but those of C-C and C-N increase.
- c語言
- 軟鍵soft keys
- 維生素Cvitamin(e) C
- 方向鍵direction key
- 主鍵principal linkage
- C語言程序設計Programming in C
- 甲烷活化methane activation
- 氫鍵hydrogen bond
- 功能鍵function key
- 粘滯鍵stickykey
- C-S-HC - S - H
- 外鍵external key
- 雙鍵double linkage
- 我姓陳，C-H-E-N。My last name is Chen. C-H-E-N.
- 滑鼠右鍵the right mouse button
