Russian Journal of Inorganic Chemistry, Tập 11,Phần 1British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1966 |
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Trang 148
... decomposition of formic acid . Complete removal of carbon is achieved only by heating to 800 ° ; the total loss in weight , 56.20 % , corresponds to complete decomposition to zirconium dioxide . The thermographic analysis of zirconium ...
... decomposition of formic acid . Complete removal of carbon is achieved only by heating to 800 ° ; the total loss in weight , 56.20 % , corresponds to complete decomposition to zirconium dioxide . The thermographic analysis of zirconium ...
Trang 387
... Decomposition Rate The rate of thermal decomposition is greater on a germanium film than on a glass surface , as Table 2 shows . As the germanium film on the surface of the reaction vessel grows , the rate of thermal decomposition of ...
... Decomposition Rate The rate of thermal decomposition is greater on a germanium film than on a glass surface , as Table 2 shows . As the germanium film on the surface of the reaction vessel grows , the rate of thermal decomposition of ...
Trang 388
Induction Period Activation energy of the thermal decomposition of hydrides . Activation energy , In the decomposition of monogermane on the fivefold- -increased glass surface of the reaction vessel at low temperatures it was noted that ...
Induction Period Activation energy of the thermal decomposition of hydrides . Activation energy , In the decomposition of monogermane on the fivefold- -increased glass surface of the reaction vessel at low temperatures it was noted that ...
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acid solutions Akad alcohol alkali aluminium aluminium chloride amine analysis anion aqueous solutions bond boron trichloride boron trifluoride caesium calculated cation Chem chemical Chemistry chloride chromium(II cm-¹ Co(DH cobalt complex composition concentration coordination corresponding crystals curve decomposition decrease dehydration determined diagram diborane diglyme electrode enthalpies of dissolution equilibrium ether addition compound ethylenediamine europium eutectic extracting agent formed g-ion gadolinium germanium dioxide H₂O hafnium heated hydrates hydrochloric acid hydrogen hydroxide increase Inorg ions iron(III isothermal kcal Khim ligands melting metal method mixture mmoles molar mole molecules Moscow MZPC Nauk SSSR Neorg nickel niobium obtained optical density orthosilicate oxide potassium precipitate prepared PtCl pyrophosphate quantity ratio reaction reduction residue rubidium Russ salt shows sodium tetrahydroaluminate solubility solvents studied sulphate Table temperature ternary tetrahydrofuran thermal thiourea tion titration triammine uranium(IV values X-ray Zhur zirconium