Russian Journal of Inorganic Chemistry, Tập 8,Phần 2British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1963 |
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... cell Ag | AgCl solid . m ZrOCl1 | H2 ( Pt ) , the hydrogen ion activity in the cell H , ( Pt ) | ZrOCI , || HCl || HC1 | H2 ( Pt ) . 77L m m ( 1 ) ( 2 ) A hydrogen electrode was used for hydrogen ion activity as a glass electrode gave ...
... cell Ag | AgCl solid . m ZrOCl1 | H2 ( Pt ) , the hydrogen ion activity in the cell H , ( Pt ) | ZrOCI , || HCl || HC1 | H2 ( Pt ) . 77L m m ( 1 ) ( 2 ) A hydrogen electrode was used for hydrogen ion activity as a glass electrode gave ...
Trang 1039
... cell , which is the sensor . The electrical source for the measurement circuit is a high - frequency generator ( 7000 c / s ) constructed on an RC generator scheme . To stabilise the potential taken from the generator , the circuit of ...
... cell , which is the sensor . The electrical source for the measurement circuit is a high - frequency generator ( 7000 c / s ) constructed on an RC generator scheme . To stabilise the potential taken from the generator , the circuit of ...
Trang 1063
... cell Mg MgCl2 - MC1 | Mo , in which M = Li , Na , or K , was determined by using the cell shown in Fig.1 . The melts were made from " chemically pure " grade LiC1.H2O , NaCl , and KC1 . MgCl2.6H2O was dehyd- rated by melting it with ...
... cell Mg MgCl2 - MC1 | Mo , in which M = Li , Na , or K , was determined by using the cell shown in Fig.1 . The melts were made from " chemically pure " grade LiC1.H2O , NaCl , and KC1 . MgCl2.6H2O was dehyd- rated by melting it with ...
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absorption Akad alkali metal alloys aluminium ammonia ammonium analysis anion aqueous solutions atoms beryllium binary calculated cations cerium Chem chemical Chemistry cm³ coefficient complex composition compounds concentration coprecipitation corresponding crystallisation crystals decomposition determined dissociation EDTA electrical conductivity endothermic endothermic effect equilibrium diagram eutectic experimental extraction formation formed g-ion germanium germanium dioxide glaserite H₂O hafnium hydrates hydride hydrogen hydrolysis hydroxide increase Inorg ions isotherm kcal Khim lattice ligand liquid lithium litre magnesium measured melting method mixture molar mole molecules Moscow Nauk SSSR Neorg niobium nitrate obtained oxide chloride peritectic potassium precipitate prepared ratio reaction refractive rhenium Russ salts shows sodium solid phase solid solutions solu solubility specimen stability constants structure studied sulphate Table tantalum temperature ternary thallium thermal thermograms thorium tion uranyl uranyl nitrate values vapour X-ray Zhur zinc zirconium