Bulletin of the National Research Council, Ausgaben 51-54National Research Council of the National Academy of Sciences, 1925 |
Im Buch
Ergebnisse 1-5 von 100
Seite 34
... magnetic field in a highly evacuated chamber . He obtained two deflected bands , one twice as far as the other from the position of the band due to undeflected a - rays , obtained in the absence of magnetic field . The middle band ...
... magnetic field in a highly evacuated chamber . He obtained two deflected bands , one twice as far as the other from the position of the band due to undeflected a - rays , obtained in the absence of magnetic field . The middle band ...
Seite 36
... magnetic field . He suggests that this may be explained by differences in the orientation of the axis of the a - particle with respect to the direction of motion . The mean charge of the a - particle , depending as it does upon the ...
... magnetic field . He suggests that this may be explained by differences in the orientation of the axis of the a - particle with respect to the direction of motion . The mean charge of the a - particle , depending as it does upon the ...
Seite 74
... magnetic polarity . The calculations of Kapitza show , however , that electrons possessing sufficient magnetic moment to explain the apparent curvature would at atomic distances exert such great forces that ionization should occur where ...
... magnetic polarity . The calculations of Kapitza show , however , that electrons possessing sufficient magnetic moment to explain the apparent curvature would at atomic distances exert such great forces that ionization should occur where ...
Seite 76
... magnetic field , it is evident that the velocity can be readily calculated from the known values of e / mo , the velocity of light , the Lorentz - Einstein equation and the equation involv- ing Hr . Miss Allen has prepared a table ...
... magnetic field , it is evident that the velocity can be readily calculated from the known values of e / mo , the velocity of light , the Lorentz - Einstein equation and the equation involv- ing Hr . Miss Allen has prepared a table ...
Seite 77
... magnetic ß - ray spectra of RaB + C ( 82RaI + 83RaI ) and RaD + E ( 82RaII + 83 RaII ) . It also follows from the work of Chadwick - Ellis by the ionization method . 3b . RANGE OF BETA - PARTICLES The idea that ẞ - particles of a ...
... magnetic ß - ray spectra of RaB + C ( 82RaI + 83RaI ) and RaD + E ( 82RaII + 83 RaII ) . It also follows from the work of Chadwick - Ellis by the ionization method . 3b . RANGE OF BETA - PARTICLES The idea that ẞ - particles of a ...
Andere Ausgaben - Alle anzeigen
Häufige Begriffe und Wortgruppen
a-particles a-rays absorption Actinium American Geophysical Union angle angular momentum applied atomic number atomic weight average axis azimuthal quantum B-rays Bohr candidate for honors charge Chem classical computed constant contact transformation correspondence principle degree determined effect electric electron emission emitted energy equation examination experimental Faculty formula frequency Geodetic Survey Geophysical Union given grade graduation helium Honors Courses honors students hydrogen Ibid intensity ionization Junior magnetic field major department method motion National Research Council nuclear nucleus observed obtained orbits oscillators particles perturbed Phil Phys polarization precession Proc quantization quantum number quantum theory Ra 88Ra RaB 82RaI RaC 83RaI radiation radio-elements radioactive radium RaF 84RaIII range rays Rn 86Ra scattering Section semester Senior SOMMERFELD special honors spectra Stark effect theorem thorium tion variables variation velocity wave Wien X-rays y-rays