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51. Rotational Energy Transfer Cross Sections in N2-N2 Collisions

52. Collisional excitation of interstellar sulfur monoxide

53. Excitation of interstellar hydrogen chloride

54. Collisional excitation of CO by H2O - An astrophysicist's guide to obtaining rate constants from coherent anti-Stokes Raman line shape data

55. Improved collisional excitation rates for interstellar water

56. Raman linewidths and rotationally inelastic collision rates in nitrogen

58. Comment on broadening of water microwave lines by collisions with helium atoms

59. Pressure broadening data as a test of a recently proposed Ar-H2O interaction potential

60. Collisional excitation of formaldehyde in 'hot' interstellar molecular regions

61. Calculations of H2O microwave line broadening in collisions with He atoms - Sensitivity to potential energy surfaces

63. Raman Q-branch line shapes as a test of the H2-Ar intermolecular potential

67. Theoretical line shapes for rotational spectra of HCl in Ar

73. Through air drying of paper—the effect of dryer fabric.

74. Effect of dryer fabric structure on the performance of contact paper drying.

75. Vibration–rotation excitation of CO by hot hydrogen atoms: Comparison of two potential energy surfaces.

76. Quantum calculations for rotational energy transfer in nitrogen molecule collisions.

77. Quantum calculations for line shapes in Raman spectra of molecular nitrogen.

78. Comment on symmetry of the interaction between an asymmetric rigid rotor and a linear rigid rotor.

79. Effects of velocity changing collisions on line shapes of HF in Ar.

80. Quantum scattering calculations for vibrational and rotational excitation of CO by hot hydrogen atoms.

81. Raman Q-branch line shapes as a test of a H2–Ar intermolecular potential.

82. Spectral line shape parameters for HF in a bath of Ar are accurately predicted by a potential inferred from spectra of the van der Waals dimer.

83. Dicke narrowing of the polarized Stokes–Raman Q branch of the v=0→1 transition of D2 in He.

84. Comment on linewidths and shifts in the Stokes–Raman Q branch of D2 in He.

85. Pressure broadening and line coupling in bending bands of CO2.

86. Intermolecular potential for thermal H2O–He collisions.

87. Effect of nuclear hyperfine structure on microwave spectral pressure broadening.

88. Polarized D2 Stokes–Raman Q branch broadened by He: A numerical calculation.

89. Accuracy of the energy-corrected sudden (ECS) scaling procedure for rotational excitation of CO by collisions with Ar.

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