Russian Journal of Inorganic Chemistry, Tập 6,Số phát hành 1-6British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1961 |
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Trang 293
... bonds appear to be much stronger than would be expected for ordinary double bonds . In particular , this is shown by the U = O distance being comparatively short and close to the M - O distance for lighter metals ( 1.7-1.9 Å ) despite ...
... bonds appear to be much stronger than would be expected for ordinary double bonds . In particular , this is shown by the U = O distance being comparatively short and close to the M - O distance for lighter metals ( 1.7-1.9 Å ) despite ...
Trang 294
... bonds with change in the secondary ligands may explain the variation in bond lengths and frequencies of valency vibrations of UO in the uranyl group * . 5 6 This conclusion is confirmed , for example , by compari- son of the structures ...
... bonds with change in the secondary ligands may explain the variation in bond lengths and frequencies of valency vibrations of UO in the uranyl group * . 5 6 This conclusion is confirmed , for example , by compari- son of the structures ...
Trang 320
... bond . It is interesting to examine the extent to which the rule is applicable to these compounds . We have cal- culated the susceptibility ( x ) of the platinum - amine bonds in diamine and tetramine complexes and in tetramine ...
... bond . It is interesting to examine the extent to which the rule is applicable to these compounds . We have cal- culated the susceptibility ( x ) of the platinum - amine bonds in diamine and tetramine complexes and in tetramine ...
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January | 1 |
Molybdenum nitrilic chloride | 8 |
CHERNYAEV N N ZHELIGOVSKAYA | 21 |
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Akad alcohol alkali amine ammonia ammonium analysis anhydrous anion aqueous solution atom barium bonds C₂O caesium calculated carbonate cations cerium Chem chloride coefficient complex composition compounds concentration concn coprecipitation corresponding covellite crystallisation crystals cupferron curve decomposition determined dichlorine heptoxide dilution dissociation dissolved electrons equilibrium ether experimental extraction filtered formation formed fraction g substance H₂O H₂SO heating hydration hydrochloric acid hydrogen hydroxide Inorg instability constant ionic strength ions isotherms K₁ K₂ kcal Khim ligands lithium metal method methylamine mixture mole molecules molybdenum NaOH Nauk SSSR Neorg nitric Obshch obtained organic phase oxalate oxidation oxygen pentatopes perchloric acid platinum(II potassium potentiometric precipitate prepared ratio reaction rubidium salt saturated shows sodium solid solu solvate stability studied substance gave sulphate sulphuric Table temperature thallium thiocyanate thorium tion titanium titration trans effect uranium uranyl values Zhur zirconium