Russian Journal of Inorganic Chemistry, Tập 24,Số phát hành 7,Trang 959 -Số phát hành 12,Trang 1906Chemical Society., 1979 |
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Kết quả 1-3 trong 81
Trang 1155
Dilution , moles H20 | 1 mole Na2H2P207 1/10 سياسيس سسسسسل لسل بسباسليها 2.0 لس L .. 3.0. RESULTS AND DISCUSSION The ... mole - 1 Na P2O7-10H201C Na P2Onc Na2H2P2Onc 1464.02 756.76 660,52 Concn . of initial soln . m , moles Solution Concn ...
Dilution , moles H20 | 1 mole Na2H2P207 1/10 سياسيس سسسسسل لسل بسباسليها 2.0 لس L .. 3.0. RESULTS AND DISCUSSION The ... mole - 1 Na P2O7-10H201C Na P2Onc Na2H2P2Onc 1464.02 756.76 660,52 Concn . of initial soln . m , moles Solution Concn ...
Trang 1204
... mole % NaOH . In the range 0-60 mole % NaOH ( Table 2 ) , the average value of in is 1.60 ± 0.02 , indicating that under these conditions , the reaction 5Zn2 ++ 80H- + 2A ̄ = Zn , ( OH ) .A2 66.7 mole % , Zn ( OH ) 2 is pre- 2.00 ± 0.02 ...
... mole % NaOH . In the range 0-60 mole % NaOH ( Table 2 ) , the average value of in is 1.60 ± 0.02 , indicating that under these conditions , the reaction 5Zn2 ++ 80H- + 2A ̄ = Zn , ( OH ) .A2 66.7 mole % , Zn ( OH ) 2 is pre- 2.00 ± 0.02 ...
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... mole fraction of LiF in the melt is increased in the range 60-50 mole % ZrF . Hence the source of these ions can be molecules , whose thermodynamic activity is a max- imum in a heterogenous region adjacent to pure ZrF . By analogy with ...
... mole fraction of LiF in the melt is increased in the range 60-50 mole % ZrF . Hence the source of these ions can be molecules , whose thermodynamic activity is a max- imum in a heterogenous region adjacent to pure ZrF . By analogy with ...
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COORDINATION solution | 959 |
JOURNAL | 1119 |
JOURNAL | 1279 |
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absorption acid activation addition analysis anion aqueous atoms bands bond calculated carried Chem chemical Chemistry chloride complex complex formation components composition compounds concentration constant containing coordination corresponding crystallisation crystals curves decomposition decrease density dependence described determined diagram effect equation equilibrium experimental extraction Figure formation formed given gives H₂O heating hydrogen increase indicates influence infrared initial Inorg interaction ions isotherms Khim leads ligand liquid mass measured melting metal method MICHIGAN mixture mole molecules Moscow Neorg nitrate observed obtained organic oxide parameters phase position possible precipitate prepared present properties published pure range ratio reaction Received REFERENCES region respectively Russ salts shows solid phases solid solutions solubility solvent specimens spectra spectrum stability structure studied Table takes temperature thermal tion Translated from Zhurnal values X-ray diffraction Zhur Zhurnal Neorganicheskoi Khimii