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Lambert J.D. — Vibrational and rotational relaxation in gases
Lambert J.D. — Vibrational and rotational relaxation in gases



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Íàçâàíèå: Vibrational and rotational relaxation in gases

Àâòîð: Lambert J.D.

ßçûê: en

Ðóáðèêà: Ôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1977

Êîëè÷åñòâî ñòðàíèö: 142

Äîáàâëåíà â êàòàëîã: 24.09.2005

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
$AsD_{3}$      63 66
$AsH_{3}$      63 64 71
$BCl_{3}$      76 80
$BF_{3}$      67 68
$Br_{2}$      55 68
$C(CH_{3})_{4}$      65
$c-C_{3}H_{6}$      62 64 71 74 112 123
$c-C_{4}H_{8}$      112
$c-C_{5}H_{10}$      65 123
$CCl_{2}F_{2}$      96
$CCl_{4}$      47 67 92
$CD_{3}Br$      66
$CD_{3}Cl$      66 88
$CD_{4}$      63 66 100 123—126
$CFCl_{3}$      67
$CF_{2}BrCl$      67
$CF_{2}Br_{2}$      67
$CF_{2}Cl_{2}$      67 74
$CF_{3}Br$      67
$CF_{3}Cl$      67
$CF_{3}CN$      67 92
$CF_{4}$      62 67 73 74 96 109
$CHBrCl_{2}$      67
$CHBr_{2}Cl$      67
$CHClF_{2}$      67 96
$CHCl_{2}F$      67
$CHCl_{3}$      47 57 92
$CHF_{3}$      67 74 96
$CH_{2}:C:CH_{2}$      65
$CH_{2}Br_{2}$      92
$CH_{2}CHBr$      65
$CH_{2}CHCl$      65
$CH_{2}ClCH_{2}Cl$      65
$CH_{2}ClF$      65
$CH_{2}Cl_{2}$      65 92
$CH_{2}F_{2}$      64 88
$CH_{3}Br$      62 64 68 71
$CH_{3}CH:CH_{2}$      65
$CH_{3}CHCl_{2}$      65
$CH_{3}Cl$      47 62 64 68 71 87 88 96
$CH_{3}COOCH_{3}$      65
$CH_{3}COOC_{2}H_{5}$      65
$CH_{3}F$      64 87 88
$CH_{3}I$      64 68 71
$CH_{3}OCH_{3}$      96
$CH_{3}OH$      12
$CH_{4}$      47 60—61 63 64 71 85 86 100 103—105 109 112 123 126
$Cl_{2}$      47 48 52 53 68 80
$CO_{2}$      12 67 74 76—80 88 96 104—107 109 123
$CS_{2}$      67 106
$C_{2}Cl_{4}$      67
$C_{2}D_{2}$      66 88
$C_{2}D_{4}$      66 106
$C_{2}F_{4}$      67 96
$C_{2}F_{6}$      67
$C_{2}H_{2}$      64 71 100
$C_{2}H_{4}$      64 71 96 100 123
$C_{2}H_{4}O$      64 71 96
$C_{2}H_{5}OH$      65
$C_{2}H_{6}$      65 92 96
$C_{2}N_{2}$      67 92
$C_{3}H_{7}OH$      65
$C_{3}O_{2}$      67 92
$C_{6}H_{3}(CH_{3})_{2}$      112
$C_{6}H_{5}CH_{3}$      112
$C_{6}H_{6}$      65
$D_{2}$      47 53—57 74 80 109 118—121 124—127
$D_{2}O$      47 77 80 100
$GeCl_{4}$      67
$H^{+}$      80
$H_{2}$      47 53—57 74 80 109 112 118—121 124—127
$H_{2}O$      12 47 62 68 76 80 100 104 112 123
$H_{2}S$      68 109 123 127
$I_{2}$      51
$Li_{2}$      51
$n-C_{3}H_{8}$      123 127
$n-C_{4}H_{10}$      65
$n-C_{5}H_{12}$      65
$n-C_{6}H_{14}$      65
$ND_{3}$      66
$NH_{3}$      12 62 65 68 123
$N_{2}$      48 51 52—53 78 102—107 109 112 121—122 124—127
$N_{2}O$      62 67 74 77 104—107 109 123
$o-D_{2}$      118—121 124—127
$o-H_{2}$      56 79 118—121 124—127
$O_{2}$      47 48 51 52—53 74 78 100 102 109 121—122 124—127
$O_{3}$      88
$p-D_{2}$      118—121 124—127
$p-H_{2}$      56 79 118—121 124—127
$PD_{3}$      63 66
$PH_{3}$      63 64 71
$SF_{6}$      67 88 96 109
$SiCl_{4}$      67
$SiD_{4}$      63 66
$SiH_{4}$      63 64 71
$SnCl_{4}$      67
$SO_{2}$      47 62 67—68 76 90—92
A priori distribution      80—82
Absorption, acoustic      14
Absorption, coefficient      17
Absorption, viscothermal      17—18
Acoustic methods      14—18
Adiabaticity parameter      6
Anti-catalysis      75—76
ar      74 75 76 78 112 127
Boltzmann distribution      8 13 112—114 129
BR      77—79
Breathing sphere      60
Catalysis      76—80 99 100
Chemical reaction      76—79
Chemical reaction, unimolecular      112
Chemiluminescence, infrared      38 39 101 108 127
Cl      77—79
Classical turning-point      2—3
CO      48 52 53 74 75 78 79 101—106 109 110—114 121—122
Collision cross-reference factor      45
Collision cross-section      9 39
Collision, diameter      2—4
Collision, elastic      2
Collision, inelastic      5—7
Collision, molecular      1—12
Collision, number      8 10 115
Collision, rate      4—5
Collision, reactive      79
Complex transfer      85
Condenser transducer      20
Conductivity, thermal      17 41—42
Corresponding states      12
cos      67 102—103 106
CS      104
DBR      57—59 109
DCL      47 57—59 80 104
df      57—59 109
DI      57—59
Dimerization      10—12 68
Dipole interaction      10 57—59 62 68 75 101—110 122—123
Dispersion, acoustic      14—18
Dispersion, double      90—100 118 125
Distorted wave approximation (DWA)      43 117
Ehrenfest's Adiabatic Principle      6—7
Einstein coefficients      28
Electronic excitation      35—38
Electronic excitation, fluorescence      35—36
Electronic-vibration transfer (E-V)      77
Entropy deficiency      80
Eucken factor      42
Expansion, nozzle      114
Expansion, supersonic beam      129
f      77—79
FE      77—79
Flash photolysis      36—38 111
Fluorescence, electronic      35—36
Fluorescence, quenching      30
Fluorescence, risetime      87
Fluorescence, vibrational      29—30
Fourier component of force      8 46
H      77—79
Hard-sphere model      3—4
Hard-sphere model, collision rate      5
HBr      57—59 108—110 127
HCl      47 57—59 75 78 80 108—110 121—122 127—129
HD      56 57 80 118—121 124—127
HDO      100
HE      73—76 78 112 127
HF      57—59 76—78 108—110 127—128
HI      57—59 109 111 127
Hydrogen bonds      12
Hydrogen-effect      63—72 93 100
Impact parameter      2—3
Information content      80
Information content, theory      80—82 104 127
Infrared activity      101—110
Interferometer, acoustic      19—21
Interferometer, Mach — Zehnder      26
Intermode transfer      84—93
KR      127
Lambert — Salter plot      63—72 81—82 102 104 107 110 127
Landau — Teller plot      8 53—58 61—62 75 105 108
Landau — Teller theory      7—8
Laser      29—30 33—35 114
Lensing, thermal      34 91
Mach number      23
Maser action      129
Mason — Monchick theory      42
Matrix element      26 46 50
Mechanism, parallel      94
Mechanism, rotational excitation      128—129
Mechanism, series      85
Mechanism, vibrational excitation      110—114
Method A and B fittings      44
Mixtures      72—80 93—114 124—128
Modified wave-number approximation (MWN)      43 117
Molecular beams      39—41
ne      74 78 112
Nikitin theory      59—60 77
NO      12 47 59—60 101—103 109 111 121—122 124—127
o      77—79
Optic-acoustic effect      32—33
Polanyi — Woodall relation      81—82 127
Polar molecules (collisions)      10—12
Population inversion      111 114 129
Potentials, attractive      49—50
Potentials, intermolecular      1—2 10—12
Potentials, Krieger      91
Potentials, Lennard-Jones      1—2
Potentials, LEPS      79
Potentials, Monchick — Mason      91
Potentials, Morse      49 117
Potentials, Shin      50
Potentials, SSH      43
Potentials, Stockmayer      10—12
Q-switching      29
Quadrupole interaction      12 50 77 106 109
Radiation      26—38
Radiative transition in rotational de-excitatior      129
Raman excitation      33—35
Rate constant      9
Reduced mass      5 73
Relaxation constant      18
Relaxation time, adiabatic      14—15
Relaxation time, composite      72
Relaxation time, isothermal      14
Relaxation time, reciprocal      93
Relaxation time, rotational      9—10 118
Relaxation time, true      16
Relaxation time, vibrational      8—9 13
Relaxation, multiple      18 89—100 118 125
Relaxation, single      84—89
Resonance, double      31
Resonant transfer rotational      42 128
Resonant transfer vibrational      83—85 95—99
Reverberation method      22
Rotation-rotation transfer (R-R)      42 128
Rotation-translation transfer (R-T)      115—129
Rotational constant (A,B,C)      71 121—126
Rough-sphere model      116
Schlieren technique      26
Shock front      22—23
Shock-tube      22—26
Spectrophone      32—33
SSH theory      43—52 83—84
Steric factors      45
Tanczos equation      45—49 83—84
Trajectory computations      81 116—117 125—126
Trajectory, collisional      3—4
Transition dipole      101—110
Transition probability, rotational      117 127
Transition probability, vibrational      44—49 83—84
Transition, multi-quantum, rotational      110 127
Transition, multi-quantum, vibrational      47 53 100
Translation factor      48—49
Transport properties      41—42
Treanor distribution      113
Tube effects      19
Unimolecular chemical kinetics      112
Vibration-rotation transfer (V-R) and (V-(T,R))      50—52 69—72
Vibration-rotation transfer (V-R) and Shin classical theory      51
Vibration-translation transfer (V-T)      41—82
Vibration-vibration transfer (V-V)      83—114
Vibrational amplitude coefficient      46—47 68 88
Vibrational factor      46 88
Vibronic transition      59—60
Virial coefficient, second      12 17
viscosity      5 17 41—42
Viscothermal absorption      17—18
Viscothermal dispersion      14
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