Titlebook: Atomic and Nuclear Physics; An Introduction T. A. Littlefield,N. Thorley Book 1979Latest edition Springer Science+Business Media New York 1

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书目名称Atomic and Nuclear Physics影响因子(影响力)




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书目名称Atomic and Nuclear Physics网络公开度学科排名




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书目名称Atomic and Nuclear Physics被引频次学科排名




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The Electromagnetic Spectrum, it is converted into heat, a form of energy. Energy must therefore have arrived from the sun across this immense distance. In fact almost all the energy known to man has been derived from the sun either now or in past ages. Thus the sun’s energy, which millions of years ago was responsible for the

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Spectra,rning the distribution of lines in a spectrum was discovered by Balmer and Rydberg. The interpretation of this law in terms of atomic structure began with the work of Bohr in 1913. It revealed that a study of spectra could provide a wealth of information about atomic structure. Hydrogen, being the s

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Fine Structure and Electron Spin,own that the first member of the principal series is the sodium yellow line, which, with quite moderate resolving power, is seen to consist of two lines separated by about 0∙6 nm. These are the well-known D-lines at 589·0 and 589·6 nm. All lines in the principal, sharp and diffuse series are doublet

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Waves and Particles,ctricity, in the Compton effect and in the continuous spectrum of X-rays. This is supported and extended by the wealth of experimental data arising from the study of optical and X-ray line spectra. However, the phenomena of interference, diffraction and polarization still require a wave theory for t

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