British Abstracts: Pure chemistry and physiology. ser. A1940 |
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... solid solutions . B - Rhombic NH4NO , does not dis- solve CO ( NH2 ) 2 . R. T. Thermal equilibrium between niobium ... ( solid ) + S ( rhomb . ) = MnS ( green ) + 44.8 kg . cal .; Mn ( solid ) + Cl2 ( gaseous ) = MnCl2 ( solid ) + 111 · 6 ...
... solid solutions . B - Rhombic NH4NO , does not dis- solve CO ( NH2 ) 2 . R. T. Thermal equilibrium between niobium ... ( solid ) + S ( rhomb . ) = MnS ( green ) + 44.8 kg . cal .; Mn ( solid ) + Cl2 ( gaseous ) = MnCl2 ( solid ) + 111 · 6 ...
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... solid solution , and FeNiAl from an Fe - rich solid solution . During the decomp . of FeCu Ni , into two phases , a laminated structure is produced in which Cu - rich and Fe - Ni - rich lamina alternate . Each has a tetragonal structure ...
... solid solution , and FeNiAl from an Fe - rich solid solution . During the decomp . of FeCu Ni , into two phases , a laminated structure is produced in which Cu - rich and Fe - Ni - rich lamina alternate . Each has a tetragonal structure ...
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... solid state in the 3 μ . region . M. M. DAVIES ( J. Chem . Physics , 1940 , 8 , 577–587 ) .— The absorption of thin films of various org . solids in the region 2.6 to 3.5 μ . has been investigated . Cetyl alcohol shows CH absorption at ...
... solid state in the 3 μ . region . M. M. DAVIES ( J. Chem . Physics , 1940 , 8 , 577–587 ) .— The absorption of thin films of various org . solids in the region 2.6 to 3.5 μ . has been investigated . Cetyl alcohol shows CH absorption at ...
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EXPERIMENTAL PHYSIOLOGY | |
1940 | 1 |
CHEMISTRY AND RELATED SUBJECTS | |
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absorption absorption spectra Acad acid activation energy activity adsorbed alkali alloys Amer Anal analysis approx ation atoms Atti X Congr bands calc catalyst CCl4 Chem chemical Chim chloride CO₂ coeff colloidal compounds Compt concn const crystals curves decomp decreases described determined deuterons diffusion discussed dissociation effect electrolytes electron emission energy equation equilibrium EtOH Faraday Soc ferromagnetic film formation gases H₂ H₂O heat hydrogen hydrolysis increases intensity ionisation ions isotopes kg.-cal lattice layer liquid magnetic Me.v measured meson mesotrons metals method mixtures N₂ neutrons obtained oxidation paramagnetic particles phase Phys Physical Rev polarisation potential pptd pressure Proc protons Raman reaction rend Russ salts SiO2 solid solid solution solubility solutions solvent spectra spectrum structure surface temp theory thermal titration Trans vals vapour velocity viscosity X-ray