Sze 155 (Fig.) 157 160 161
Szoke 117 130 154
Tait 60
Terent'ev 81 82 83 145
Three level laser spectroscopy, hole burning effects in 186—197
Threshold hysteresis effects 184—186
Time-dependent equations 69
Toschek 155 191 196
Townes 8 9 89 94n
Transition probability 66 67
Transverse aperture, continuously-swept 49 (Fig.)
Transverse aperture, displacement 48
Transverse aperture, displacement, swept 47
Transverse mode, isolation of 34
Transverse mode-locking 45
Troitskiy 36
Tuning asymmetry 38
Tuning characteristic 163 (Fig.)
Tuning characteristic, two-mode 137—139
Tuning dip 106 116
Tuning dip, strong wave weak wave 178—181
Two-frequency case, Schrodinger equations for 122
Two-isotope case, power tuning curves in single-mode for 133 (Fig.)
| Two-level model 70
Two-modes 133
Two-modes, "life history" of one cavity mode as a cavity resonance 139 (Fig.)
Two-modes, computer solution of tuning characteristic 137—139
Two-modes, holes present for 134 (Fig.)
Two-modes, hysteresis effects in 138 (Fig.)
Two-modes, oscillator frequencies 135
Two-modes, power tuning 135
Two-quantum absorption 203
Ultimate width 89 90
Van der Waals forces 151 153 155
Van Vleck 94n
Verhara 146 177
Voigt 81
Voigt profiles 83
Weisskopf 152 153 192
Wexler 37 162
White 36 88 89 109 191
Wigner 192
Wu 69n
Zeiger 94n
Zemnasky 79 81
Zero-field Lorentz width 150
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