Từ bên trong sách
Kết quả 1-3 trong 80
Trang 1967
In the monodentate semicarbazide ligand , the C – O bond is weaker , and the C - N bond is stronger than the corresponding bonds in the free molecule . Table 1. Predicted geometric parameters of complex I Bond d.
In the monodentate semicarbazide ligand , the C – O bond is weaker , and the C - N bond is stronger than the corresponding bonds in the free molecule . Table 1. Predicted geometric parameters of complex I Bond d.
Trang 1969
Bond orders in the free and coordinated semicarbazide molecules I Table 4. ... Structure of complex II . is accompanied by a weakening of the C - O , C - N ?, and N - N bonds in the chelate rings and by a strengthening of the exocyclic ...
Bond orders in the free and coordinated semicarbazide molecules I Table 4. ... Structure of complex II . is accompanied by a weakening of the C - O , C - N ?, and N - N bonds in the chelate rings and by a strengthening of the exocyclic ...
Trang 1970
The optimization of the geometric parameters of the the ionic contribution to the energy of bond formation zinc complex ZnCl2L2 ( III ) showed that the semicarba- in III is greater than in the free ligand . zide molecule adopts the ...
The optimization of the geometric parameters of the the ionic contribution to the energy of bond formation zinc complex ZnCl2L2 ( III ) showed that the semicarba- in III is greater than in the free ligand . zide molecule adopts the ...
Nội dung mọi người đang nói đến - Viết bài đánh giá
Chúng tôi không t́m thấy bài đánh giá nào ở các vị trí thông thường.
Nội dung
HighTemperature Electrochemical Synthesis of the VIA Group Metal Borides from HalideOxide Melts | 1682 |
Germanatoantimonates LnGeSb0h with the PbSb20ctype Structure | 1690 |
Synthesis Spectroscopic Characterization and Crystal Structure | 1698 |
Bản quyền | |
46 phần khác không được hiển thị
Ấn bản in khác - Xem tất cả
Thuật ngữ và cụm từ thông dụng
absorption According acid addition analysis angles anion aqueous atoms bands bond bridge calculated carbon cation Chem chemical Chemistry complexes composition compounds concentration constants containing coordination Copyright corresponding crystal decrease dependence described determined distances effect electron energy experimental extraction formation frequencies heating higher hydrogen increase indicates Inorganic Institute interaction ions Khim layers lengths ligand measured melt metal method mixed mixture molecule Moscow Neorg observed obtained occurs oxidation oxygen parameters patterns phase polyhedra positions precipitate prepared present properties Publishing R(Al range ratio reaction REFERENCES reflections respectively Russian salt samples Sciences shows similar sodium solid solution space group spectra spectrum stability structure studied surface synthesis Table temperature thermal tion Translation unit cell uranium values vibrations X-ray X-ray diffraction yield zirconium