1. Effloresces in warm, dry air

2. Probably just the dry air.

3. D0220 Density of dry air Ratio of the mass of dry air to the volume which it occupies.

4. Heat and exposure to dry air will exacerbate Caking

5. The concentrated desiccant is used to dry air (humidity extraction).

6. humidity of the intake air water per kg dry air

7. The most common cause of anterior nosebleeds is dry air .

8. Chronic UV-damage, dry air and low temperature are aggravating factors.

9. humidity of the intake air, g water per kg dry air

10. humidity of the intake air, gram of water per kg dry air

11. absolute humidity expressed in grams of water per kilogram of dry air,

12. The Dead Sea's climate offers year-round sunny skies and dry air.

13. Superadiabatic gradients most frequently occur during advection of cold dry air (“bise”).

14. absolute humidity expressed in grams of water per kilogram of dry air

15. humidity of the intake air in g water per kg dry air

16. absolute humidity of the intake air, g water per kg dry air

17. Ha: absolute humidity of the intake air, g water per kg dry air

18. The major controlling influence is the inflow of a cold , dry, air mass.

19. Ha = humidity of the intake air in g water per kg dry air

20. The dry air is driven eastward by the winds in the higher atmosphere.

21. The rejuvenated storm soon began to lose convection, as dry air infiltrated the system.

22. Unlike the other rare-earth elements, metallic gadolinium is relatively stable in dry air.

23. (2) Dry air can irritate the eyes, so wear eyeglasses instead of contact lenses.

24. absolute humidity of the dilution air, g of water per kg of dry air

25. H is the absolute humidity in grams of water per kg of dry air:

26. The cargo tanks contain completely dry air at an overpressure of 0.1 bar (gauge).

27. is the density of dry air at # °C at a pressure of # mm Hg

28. Hdabsolute humidity of the dilution air, g of water per kg of dry air

29. H is the absolute humidity in grams of water per kg of dry air

30. Density of dry air at standard temperature and standard pressure shall be taken as: i.

31. is the dry air density defined in paragraph 3.2.10. of this UN GTR, kg/m3;

32. In winter and spring the dry air and the high temperature encourages rapid snow melt.

33. Curium is a hard, brittle, silvery metal that tarnishes slowly in dry air at room temperature

34. with Ha absolute humidity of the intake air, g of water per kg of dry air.

35. Also, a built-in air pump flushes the chamber with filtered dry air, further reducing humidity.

36. Scattered clouds in the sky are generally found in relatively dry air with a more humid ''pocket''.

37. — 0,0012 is the density of dry air at 20 °C at a pressure of 760 mm Hg

38. 0,0012 is the density of dry air at 20 °C at a pressure of 760 mm Hg

39. The latter were equipped with dry air compressors and loaded with fuel, and weighed 16–20 tons.

40. Regrind PET material is also dried with dry air at a temperature below the glass transition temperature.

41. with Ha absolute humidity of the intake air as g of water per kg of dry air

42. In short, the mixing ratio is the number of grams of water vapour per kilogram of dry air.

43. If required prior to measurement clean and dry the cell with acetone or absolute alcohol and dry air

44. The condenser (3) heats up the dry air which is ejected into the drum (9) via orifices (8).

45. The cargo tanks contain completely dry air at an overpressure absolute pressure of 0.1 bar (gauge) 110 kPa.

46. If required prior to measurement clean and dry the cell with acetone or absolute alcohol and dry air.

47. 8 The vegetation within, protected from the dry air, begins to decay and the mound starts to warm.

48. A baby may sound Congested in their nose, such as from breathing in dry air, without actually being sick

49. Evaporative coolers, which can significantly cool a building by simply blowing dry air over a filter saturated with water.

50. Americium is a silvery-white synthetic metal. It slowly tarnishes in dry air, but it is resistent to alkalis

51. After sunset, however, the clear, dry air permits rapid loss of heat, and the nights are cool to chilly.

52. Want a faster air-dry without sacrificing effortless texture or a product feel? Discover No Blow dry Air Dry Stylers

53. Finally, hot, dry air is passed through the molded article to harden the protein bonds between the contiguous sand particles.

54. Dry air, cold temperatures, and wind all have a drying effect on skin by drawing moisture away from the body.

55. Americium appears to be more malleable than uranium or neptunium and Americium tarnishes slowly in dry air at room temperature

56. After a brief intrusion of dry air exposed the circulation, a convective burst occurred over the center and intensification resumed.

57. While executing a tight clockwise loop, increased wind shear and entrainment of dry air soon caused Cimaron to dramatically weaken.

58. The crystals are stable for days in dry air, but readily absorb water from humid air to form a concentrated solution.

59. In the very hot summer of 1969, Benjamin Beardy sought respite from the harsh sun and dry air of Outback Australia

60. **) For air density of 1.225 kg/m 3 , corresponding to dry air at standard atmospheric pressure at sea level at 15° C.

61. According to standard # and # */, the relative density for # i.e. the ratio of masses of equal volumina of gas and dry air is

62. D1270 Dry adiabatic lapse rate Adiabatic lapse rate (about 1°C/100 m) of dry air, and also, approximately, of moist unsaturated air.

63. Under adiabatic conditions, dry air warms or cools at a rate of approximately 1 oC per 100 m (3 oC per 1000 feet).

64. However, the JTWC noted that the system was absorbing dry air and becoming extratropical, and thus did not issue warnings on the storm.

65. Isentropic adiabatic expansion of the compressed dry air beneficially recovers most of the energy input required for compression and produces air cycle refrigeration.

66. *) The density of dry air at standard atmospheric pressure at sea level at 15° C is used as a standard in the wind industry.

67. The driest month in Green Bay is February, when the majority of precipitation falls as low moisture-content snow due to cold, dry air.

68. Using the standard sea level conditions of # a and # °C and the gas constant for dry air # the air density D may be calculated as

69. 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.

70. Then the slices are aggregated into a pack and dried in hot dry air (19) until the moisture content has been reduced to about 0.5 to 2 %.

71. D1260 Dry adiabatic Dry adiabat Curve on a thermodynamic diagram representing the temperature changes of a small mass of dry air lifted in a dry-adiabatic process.

72. A3220 Autoconvection gradient (A3230) Largely hypothetical temperature lapse rate (3.4°C per 100 m in dry air) in an atmosphere whose density is constant with height (homogeneous atmosphere).

73. A3230 Autoconvective lapse rate Autoconvection gradient Largely hypothetical temperature lapse rate (3.4°C per 100 m in dry air) in an atmosphere whose density is constant with height (homogeneous atmosphere).

74. S0260 Saturation adiabatic lapse rate Adiabatic lapse rate of saturated air whose magnitude is less than that of the adiabatic lapse rate of dry air owing to the release of latent heat.

75. Rex Begonias don't require quite as much humidity as many other exotic houseplants, but if your home has dry air, boost humidity in the winter months to keep the leaf tips from turning brown and dry

76. Cable pressurization units, namely, air dryers, compressors, central office manifolds, distribution manifolds, meters and pipe feed access panels, and air pipe connectors for use in forcing dry air into cables in order to protect the cables from water damage

77. Cable pressurization units comprised primarily of air dryers, compressors, central office manifolds, distribution manifolds, meters and pipe feed access panels, and air pipe connectors for use in forcing dry air into cables in order to protect the cables from water damage

78. The other primary method of producing O 2 is passing a stream of clean, dry air through one bed of a pair of identical zeolite molecular sieves, which absorbs the nitrogen and delivers a gas stream that is 90% to 93% O 2.

79. Cable pressurization units, comprised primarily of air dryers, compressors, central office manifolds, distribution manifolds, meters and pipe feed access panels, and air pipe connectors sold as a unit for use in forcing dry air into cables in order to protect the cables from water damage

80. If a pure and dry air, an elivated and cold country is unfavourable to childbirth, we might expect every difficult incident to that operation of nature in this part of the continent; again as the snake Indians possess an abundance of horses, their women are seldom compelled like those in other parts of the continent to carry Burthens on their