1. These three parameters, determined by fitting vapour pressure, vapour volume and liquid volume, are all function of temperature.

2. The change from water vapour to liquid water, resulting from a drop in temperature of an air vapour mixture.

3. A mixture of clean dry air and water vapour for which the vapour pressure (density) is less than the saturated vapour pressure (density) at the same temperature.

4. Figure 13 shows how the vapour pressure of water increases with temperature.

5. For PObmax: Vapour pressure at maximum absolute liquid surface temperature in kPa read

6. The increase in vapour pressure with temperature can be explained in terms of the kinetic theory.

7. The temperature at which no further moisture can be added to the air-water vapour mixture.

8. Many Aldehydes are volatile, flammable liquids which at normal room temperature form vapour in explosive concentrations.

9. 16 The increase in vapour pressure with temperature can be explained in terms of the kinetic theory.

10. 28 The increase in vapour pressure with temperature can be explained in terms of the kinetic theory.

11. Upper air: temperature, wind speed and direction, water vapour, cloud properties, Earth radiation budget (including solar irradiance)b

12. When temperature is increased, the partial pressures of both components and the total vapour pressure of the mixture increase.

13. A substance Condenses when the pressure exerted by its vapour exceeds the vapour pressure of the liquid or solid phase of the substance at the temperature of the surface where condensation occurs.

14. The surface temperature actually drops below the ambient air temperature, which then cools the adjacent air and causes any water vapour to deposit on the surface as frost.

15. The amount of water vapour that can be stored in the air can be increased simply by increasing the temperature.

16. "(i) the absolute vapour pressure (in bar) of the substance at # °C (at the highest temperature during filling, discharge or transport for elevated temperature substances transported above # °C), minus # bar; and"

17. Gasoline, vapour-recovery;

18. At all vapour pressures and compositions below it, the mixture is a vapour.

19. the sum of the absolute vapour pressure (in bar) of the substance at # °C (for elevated temperature substances transported above # °C at highest temperature during filling, discharge or transport), minus # bar; and

20. the absolute vapour pressure (in bar) of the substance at 65 °C (at the highest temperature during filling, discharge or transport for elevated temperature substances transported above 65 °C), minus 1 bar; and"

21. Absolute humidity is the mass of water vapour in a unit volume (this is water vapour density, commonly measured as grams of water vapour per cubic metre).

22. The vapour-compression cycle (20) of another example is a standard vapour-absorption refrigeration cycle.

23. An Azeotrope is a mixture that, at a given pressure (the azeotropic pressure), boils at a constant temperature (the azeotropic temperature), and has the same composition (azeotropic composition) in the equilibrium vapour and liquid phases.

24. (i) the sum of the absolute vapour pressure (in bar) of the substance at 65 °C (for elevated temperature substances transported above 65 °C at highest temperature during filling, discharge or transport), minus 1 bar; and

25. 3(f) Water vapour permeability

26. Several of the mono- and di-alkali metal Acetylides and copper Acetylides ignite at ambient temperature or on slight warming, with either liquid or vapour

27. The particles then form a vapour.

28. Don) Spach) gas exchange processes were measured in response to the following primary environmental variables: photosynthetically active radiation, vapour pressure deficit, root temperature, and soil moisture.

29. The vapour made his eyes prick.

30. Vapour retarders, namely aluminised films and/or covers to protect component layers from harmful condensation through water vapour diffusion

31. Vapour barriers, namely aluminised films and/or covers to protect component layers from harmful condensation through water vapour diffusion

32. Saturation vapour pressure of the dilution air

33. Adsorption-desorption screening test data Vapour pressure

34. Vapour pressure is an important product specification.

35. It was leaving an impressive vapour trail.

36. Gasoline, vapour-recovery; Low boiling point naphtha

37. Cold vapour atomic absorption spectrometry for mercury

38. water vapour pressure after cooling bath, kPa,

39. Metal Acetylides and carbides Several of the mono- and di-alkali metal Acetylides and copper Acetylides ignite at ambient temperature or on slight warming, with either liquid or vapour

40. (a) diffusion of water and water vapour;

41. The liquid is turned into a vapour and the pressure of the expanding vapour turns a turbine to produce the electricity.

42. Specific requirements for cold vapour atomic absorption spectrometry

43. Boiler, apparatus designed to convert a liquid to vapour

44. Heat vapour steamed the desert under the blazing sun.

45. Hg Cold Vapour Hydride Generation Atomic Absorption Analysis:

46. Air-tight sealing preparations, in particular vapour barriers

47. The hot vapour spouted from a rusted pipe.

48. The hollow glass tank contains hot mercury vapour.

49. for mercury: cold vapour phase atomic absorption spectrometry (AAS

50. cabinets that do not use a vapour compression refrigeration cycle;

51. Ice possesses a lower equilibrium vapour pressure than water.

52. The liquid mixture thus has a higher vapour pressure.

53. 3.1.6 Gas Meter Inspection or Service Relative Density, Water Vapour:

54. 21 A light vapour was ascending from his perspiring head.

55. 20 Theyset about modifying polyacetylene by oxidation with iodine vapour.

56. Vapour absorption chillers used for process cooling and air conditioning

57. A cloud is a mass of vapour in the sky.

58. "Atmology" is the study of aqueous vapour (steam)

59. Ion assisted resistive heating Physical Vapour Deposition (PVD) (Ion Plating)

60. 3. for mercury: cold vapour phase atomic absorption spectrometry (AAS).

61. Apparatus for distilling ammonia in a stream of water vapour

62. Mercury compounds are analysed by automated cold vapour atomic absorption spectroscopy :

63. This causes more and more water vapour to Condense: 18.

64. "Atmology" is the study of aqueous vapour (steam)

65. Plastic foils, except for packaging purposes, in particular vapour retarders and vapour barriers, roof underlay and overlay, air-tight sealing webs, liner webs and roof restoration strips

66. Condenser, device for reducing a gas or vapour to a liquid

67. Environmental Code of Practice for Vapour Recovery in Gasoline Distribution Networks.

68. There was a hissing sound, and clouds of vapour were emitted.

69. The temperature-dependences of the intensity of photostimulated EEE from reagent grade powder materials were measured in air at atmospheric pressure, the exoelectrons being detected with an open air point counter with saturated ethanol quenching vapour.

70. (h) cabinets that do not use a vapour compression refrigeration cycle;

71. 800 m2/g and therefore a high water vapour adsorption capacity.

72. By removing air from the cargo tanks by means of propylene vapour

73. But it is fugitive and becomes absorbed into the infinite like vapour.

74. Method for obtaining crystalline fullerenes directly from fullerene-vapour/soot mixtures

75. It was inflated with liquid rubber monomer under its own vapour pressure.

76. Liquid crystal display: Clapboard temperature curve, cry trapping temperature curve, sample temperature curve.

77. The adsorption isotherm of water is convex towards the vapour pressure axis.

78. The absorption may be conducted in a liquid-vapour contact column (130).

79. 1.4 Mercury compounds are analysed by automated cold vapour atomic absorption spectroscopy :

80. Determination of the Vapour Pressure of Petroleum Products by Minivap Vp Tester: