Molecular PhysicsMolecular Physics |
Contents
| 1 | |
| 7 | |
Chapter 3 Diffraction Methods of Molecular Structure Determination | 265 |
Chapter 4 Resonance Studies | 359 |
Chapter 5 Mass Spectrometry | 525 |
Chapter 6 Molecular Beams | 589 |
Chapter 7 Electric Properties of Molecules | 637 |
Chapter 8 Ultrasonic Studies and Thermodynamic Properties of Fluids | 681 |
Chapter 9 Appendix | 709 |
| 725 | |
| 745 | |
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Common terms and phrases
absorption amplitude angular angular momentum approximation atoms axis band cavity cell Chem coil components constant crystal detection detector determined diffraction dipole effect electric field electron electron affinities energy levels equation excited experimental factor free radicals frequency function gases hyperfine hyperfine structure infrared Instr intensity interaction ionization potentials klystron lattice linear liquid magnetic field mass spectrometer measurements method microwave Microwave Spectroscopy modulation molecular beam molecules nuclear nuclei observed obtained optical orbital oscillator paramagnetic perturbation Phys polarizability polarization pressure prism Proc pulse quadrupole quantum number radiation Raman ratio reciprocal lattice reflection region relaxation resonance rotational sample scattering Section shift shown in Fig signal slit spectra spectroscopy spectrum spin Stark Stark effect structure symmetry techniques temperature theory thermal tion transitions tube values velocity vibrational voltage wave waveguide wavelength width