Magnetic Atoms and MoleculesCourier Corporation, 1 jan 1989 - 422 pagina's Among the most comprehensive reference sources in the field, this graduate-level text by a leading researcher in atomic and molecular spectroscopy introduces and explores the electron-spin-resonance theory of randomly oriented molecules, using exceptionally clear mathematical formulations throughout. "I recommend it highly." — American Scientist. Extensive editorial apparatus. 119 line illustrations. |
Inhoudsopgave
ATOMS IN MAGNETIC FIELDS 1 | 1 |
a Isotropic Hyperfine Constant Aiso 14 | 14 |
Other Axial Doublet Molecules | 77 |
Nonaxial Doublet Molecules | 103 |
Free and Hindered Rotation of Trapped Radicals | 120 |
Magnetic Properties of Small Doublet Molecules in Crystals | 126 |
ZeroField Tensor D | 157 |
Nonlinear Triplet Molecules | 183 |
MAGNETIC RESONANCE OF GASPHASE MOLECULES | 219 |
HIGH SPIN MOLECULES | 235 |
REFERENCES | 323 |
APPENDIX A STABLE MAGNETIC NUCLEI THEIR ABUNDANCES | 341 |
MAGNETIC PARAMETERS AND SPIN DENSITIES | 349 |
MAGNETIC RESONANCE PARAMETERS | 51 |
APPENDIX E FUNDAMENTAL PHYSICAL CONSTANTS UNITS | 62 |
| 13 | |
Overige edities - Alles bekijken
Veelvoorkomende woorden en zinsdelen
A₁ A1 MHz Abragham absorption Adip Adrian Aiso MHz anisotropic argon argon matrix axial Bleaney Bowers calculated Carrington Chem cm-¹ cm¯¹ cm¹ Cochran cos² coupling constant crystal field cules derived DeVore Diatomic doublet Easley effects energy levels ESR spectrum Evenson g tensor g₁ gas-phase gauss Gordy H₁ Hamiltonian Herschbach hyperfine interaction hyperfine splitting hyperfine structure indicated irrad isotropic Kasai Kilogauss Knight linear molecule lines magnetic field magnetic moment matrix at 4°K metal mole molecular axis molecule Morton and Preston neon nuclear nucleus O₂ observed orbital parameters perpendicular Phys principal axes radical randomly oriented relative rotation S₂ shown in Fig sin² solid argon spectra Spin Density spin Hamiltonian spin-orbit coupling symmetry Symons T₂ Table tion transitions trapped triplet molecule Ty MHz unpaired electron vapor wavefunction Weltner X-band Yager Zeeman zero-field splitting
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