Philosophical MagazineTaylor & Francis., 1916 - Physics |
From inside the book
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Page vi
... Logarithms : the Deve- lopment of his Theory 476 Dr. L. Silberstein on Multiple Reflexion 487 Dr. Manne Siegbahn and Dr. Einar Friman on an X - Ray Vacuum Spectrograph 494 Dr. Einar Friman on the High - Frequency Spectra ( L - Series ) ...
... Logarithms : the Deve- lopment of his Theory 476 Dr. L. Silberstein on Multiple Reflexion 487 Dr. Manne Siegbahn and Dr. Einar Friman on an X - Ray Vacuum Spectrograph 494 Dr. Einar Friman on the High - Frequency Spectra ( L - Series ) ...
Page vii
... Logarithms in the November Number PLATES . I. Illustrative of Dr. M. Siegbahn and Mr. E. Friman's Paper on the High - Frequency Spectra ( L - Series ) of the Elements Tantalum - Uranium . II . Illustrative of Prof. D. N. Mallik and Mr ...
... Logarithms in the November Number PLATES . I. Illustrative of Dr. M. Siegbahn and Mr. E. Friman's Paper on the High - Frequency Spectra ( L - Series ) of the Elements Tantalum - Uranium . II . Illustrative of Prof. D. N. Mallik and Mr ...
Page 14
... logarithms , the first two approximations for the second root of Y1 ( x ) are 5.330 and 5.3549 †. The first five roots of G100 ( ) and Y100 ) given below have been calculated from ( 20 ) and ( 21 ) , or by employing the G and Y ...
... logarithms , the first two approximations for the second root of Y1 ( x ) are 5.330 and 5.3549 †. The first five roots of G100 ( ) and Y100 ) given below have been calculated from ( 20 ) and ( 21 ) , or by employing the G and Y ...
Page 173
... logarithms . The deflexion y at any point of the beam is given by : - w.a m2E.I.y = - m { ( em.a + e ̄m.a ) — ( em.x + e ; · m.x ) 0 em.a -e m.a } + w ( a2 — x2 ) . 2 ( b ) The greatest bending moment occurs at d and is obtained by ...
... logarithms . The deflexion y at any point of the beam is given by : - w.a m2E.I.y = - m { ( em.a + e ̄m.a ) — ( em.x + e ; · m.x ) 0 em.a -e m.a } + w ( a2 — x2 ) . 2 ( b ) The greatest bending moment occurs at d and is obtained by ...
Page 362
... logarithm in ( 36 ) , or , as it may be written , ee -- 2 cos ( y - n ) log ete - 2 cos ( y + 1 ) ( 37 ) Since the cosines are less than unity , both numerator and denominator are positive . Also the numerator is less than the ...
... logarithm in ( 36 ) , or , as it may be written , ee -- 2 cos ( y - n ) log ete - 2 cos ( y + 1 ) ( 37 ) Since the cosines are less than unity , both numerator and denominator are positive . Also the numerator is less than the ...
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anatase angle apparatus approximately axis bands boundary bulb c.c. per second cadmium calculated carbon cathode cell coil collisions components constant Corbino effect corresponding crystal curve density determined diameter discharge disk electric force electrometer electrons energy equation experimental experiments film formula function galvanometer given gives Hall effect heat hydrogen increase integral intensity ionization J. J. Thomson lattice length light liquid logarithms magnetic field maximum measured Mecker mercury vapour metal method mirror mobility molecular molecules negative ion normal observed obtained oxygen atoms Phil plane plate polarization positive ions potential difference pressure prism quartz radiation radium radius ratio rays reflexion refractive refractive index resonance rutile shown solution spectra spectrograph spectrum surface Table temperature tetragonal theory thickness tube variation vector velocity vibration volts wave-length xenotime zero zircon