The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1928 - English periodicals |
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Page 26
... Table II . The first column of this table contains the value of Ap ; the second and third give the partial pressures p , and pe of radon and CO2 , in the fourth we find the relative amount ( or degree of purity ) of the radon , in the ...
... Table II . The first column of this table contains the value of Ap ; the second and third give the partial pressures p , and pe of radon and CO2 , in the fourth we find the relative amount ( or degree of purity ) of the radon , in the ...
Page 27
... Table III . TABLE III . Ap bar . Pr bar . Pe bar . Pr y curies . Vo Ap 10-4 c.c. 817 519 298 635 .1386 6.2 961 527 434 55 1386 6.29 The larger amount of CO , in the second set Determination of the Volume of 1 Curie Radon . 27.
... Table III . TABLE III . Ap bar . Pr bar . Pe bar . Pr y curies . Vo Ap 10-4 c.c. 817 519 298 635 .1386 6.2 961 527 434 55 1386 6.29 The larger amount of CO , in the second set Determination of the Volume of 1 Curie Radon . 27.
Page 58
TABLE I. Specific Conductivity of Fused Salts . ( a ) Strong Electrolytes . NaCl 3:34 at 800 ° NaBr306 ( AgCl 4 · 98 at 800 ° 4.48 at 600 ° Ag Br 3.50 NaI 270 " " AgI 2.52 3.18 2:52 39 33 97 KC 219 at 800 ° ( TICI 1 · 700 at 800 ° 1.082 ...
TABLE I. Specific Conductivity of Fused Salts . ( a ) Strong Electrolytes . NaCl 3:34 at 800 ° NaBr306 ( AgCl 4 · 98 at 800 ° 4.48 at 600 ° Ag Br 3.50 NaI 270 " " AgI 2.52 3.18 2:52 39 33 97 KC 219 at 800 ° ( TICI 1 · 700 at 800 ° 1.082 ...
Page 95
... table shows , equally good correspondence may be obtained without making use of the inactive frequency vo . Only those frequencies are shown in this table which are verified by the method described ( cf. fig . 4 ) . Table of Frequencies ...
... table shows , equally good correspondence may be obtained without making use of the inactive frequency vo . Only those frequencies are shown in this table which are verified by the method described ( cf. fig . 4 ) . Table of Frequencies ...
Page 96
Table of Frequencies ( continued ) . Observed Calculated Nature of band . Observed .. Origin . 1 / λ . 1 / λ . Fundamental 14-16 μ 0.0706 Vi 12.9μ 0.077 V1 - V2 0-078 Fundamental ... 11:38 μ 0.088 V3 104 μ 0.096 v3 + v " 0.098 9.5 μ ...
Table of Frequencies ( continued ) . Observed Calculated Nature of band . Observed .. Origin . 1 / λ . 1 / λ . Fundamental 14-16 μ 0.0706 Vi 12.9μ 0.077 V1 - V2 0-078 Fundamental ... 11:38 μ 0.088 V3 104 μ 0.096 v3 + v " 0.098 9.5 μ ...
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absorption aluminium apparatus approximately atomic number atomic weight axis B₁ Balmer series bands beam calculated calorimeter carbon cathode cent chamber coefficient coil colour corresponding cosh crystal curve d₁ deflexion determined diamagnetic diffusion discharge doublet effect electric electrolytes electrometer electrons electroscope energy equation excited experimental experiments fibre filter finite flux-density forbidden line formula fraction frequency function galvanometer gases given gives glass heat hydrogen increase indicated intensity ionization ionization chamber ions K₁ layer liquid magnetic maximum measurements mercury metal method molecules nitrogen observed obtained oscillator particles Phil photo-electric Phys plane plate potassium potential pressure problem Proc radiation radon ratio reflexion resistance salts satellites Schwarz theorem sensitivity shows sinh slit slot sn² solution spectrum surface Table temperature theory tube values vapour variation velocity viscosity voltage volts wave-length width X-ray y-rays zero