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Kết quả 1-3 trong 35
Trang 30
Formation rate of MoO2Cl2 vs. the composition of Figure 2 illustrates the dependence of the reaction the MoO3 - MoS2 mixture at T = ( 1 ) 300 , ( 2 ) 400 , and rate on the gas - phase composition for formation of the ( 3 ) 450 ° C ...
Formation rate of MoO2Cl2 vs. the composition of Figure 2 illustrates the dependence of the reaction the MoO3 - MoS2 mixture at T = ( 1 ) 300 , ( 2 ) 400 , and rate on the gas - phase composition for formation of the ( 3 ) 450 ° C ...
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For this reason , it is apparently impossible dependence of the reaction rate from the initial tin ( II ) to estimate the effect of the copper ions on the oxidaconcentration ( the differential method ) . tion rate from a difference ...
For this reason , it is apparently impossible dependence of the reaction rate from the initial tin ( II ) to estimate the effect of the copper ions on the oxidaconcentration ( the differential method ) . tion rate from a difference ...
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Dependence of the oxidation rate of tin ( II ) on the concentration of the copper ions in the solutions . The concentration of the chloride ions 1.7 mol / l . Stirring ( a ) by a magnetic stirrer and ( b ) with compressed air .
Dependence of the oxidation rate of tin ( II ) on the concentration of the copper ions in the solutions . The concentration of the chloride ions 1.7 mol / l . Stirring ( a ) by a magnetic stirrer and ( b ) with compressed air .
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Vol 41 No 1 | 1 |
Synthesis and Characterization | 7 |
Deviation from Stoichiometry in Mercury Chalcochromite HgCr2Se4 | 23 |
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absorption According acid addition analysis angles anions atoms band bismuth bond calculated cations cell changes Chem chemical Chemistry chloride complexes composition compounds concentration conductivity constants containing coordination copper Copyright corresponding crystal curves decomposition decrease dependence determined effect electron elements energy equation equilibrium experimental extraction formation formed frequencies function given heating hydrogen increase indicates Inorganic intensity interaction ions Khim ligand measured melting metal method mixture mol/l molecules Moscow Nauk Neorg observed obtained occurs oxide oxygen parameters patterns peak phase Physics points position possible potassium prepared presence properties Publishing range ratio reaction REFERENCES region respectively Russian salts samples Sciences shows similar sodium solid solutions space group spectra spectrum stability structure studied synthesis Table temperature thermal tion titration Translation unit values vibrations X-ray diffraction