1. Adiabatic heating or an adiabatic temperature increase has occurred.

2. Low-temperature, near-adiabatic engine

3. P1970 Pseudo-adiabatic process Saturation adiabatic process in which the condensed water particles are removed from the system.

4. Adiabatic and Temperature Fluctuations in Gas

5. A0510 Adiabatic condensation temperature Condensation temperature Temperature at which a small parcel of moist air becomes saturated on being subjected to adiabatic expansion.

6. A0090 Absolute stability The state of a column of air in the atmosphere which has a temperature lapse rate less than the saturation-adiabatic lapse rate.

7. - the temperature of the water during the saturation process,

8. E0950 Equivalent potential temperature The potential temperature corresponding to the adiabatic equivalent temperature. qE = Tae(100/p)0.286, where qE is the equivalent potential temperature; Tae, the adiabatic equivalent temperature; and p, the pressure in hPa.

9. 5 Adiabatic Flame Temperature For a combustion process that takes place Adiabatically with no shaft work, the temperature of the products is referred to as the Adiabatic flame temperature

10. 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.

11. Adiabatic equivalent temperature Temperature that an air parcel would have after experiencing dry adiabatic expansion until saturated, pseudoadiabatic expansion until all the moisture is condensed and dry adiabatic compression to the initial pressure.

12. During adiabatic stress relaxation a temperature “relaxation” is also observed.

13. Condensation of vapor on a surface takes place when the surface temperature is lower than the saturation temperature.

14. Adiabatic Flash An Adiabatic flash will result in a temperature change from the feed conditions that is often significant

15. When gas is compressed through Adiabatic processes, it causes the temperature of the gas to rise through a process known as Adiabatic heating; however, expansion through Adiabatic processes against a spring or pressure causes a drop in temperature through a process called Adiabatic cooling.

16. A0550 Adiabatic equivalent temperature (E0970) The thermodynamic transformation which occurs without the exchange of heat between a system and its environment. In adiabatic processes, adiabatic cooling accompanies expansion, and adiabatic warming accompanies compression.

17. FRAME: 094 Therefore, when air expands, we say that expansional or adiabatic cooling (or an adiabatic temperature decrease) has occurred.

18. 27 However, the water temperature is 20 degrees below, the saturation vapor pressure negligible.

19. Figure 6.2 Stability is linked to the temperature aloft and adiabatic cooling.

20. M1720 Moist adiabaic Saturated adiabatic, Wet adiabatic A line representing a constant value of wet-bulb potential temperature on a thermodynamic diagram.

21. 22 However, the water temperature is 20 degrees below, the saturation vapor pressure is negligible.

22. A0470 Adiabatic Adiabat Curve on a thermodynamic diagram which represents the temperature changes of a parcel of air subjected to an adiabatic process.

23. The dew point is the highest temperature to which the air cools to saturation moisture content.

24. Dryer exhaust air flows through a water spray tower. Here, the gas is cooled to adiabatic saturation which permits condensation of hydrocarbons.

25. Said temperature sensor measures the temporary adiabatic temperature increase during a side impact and a control device identifies a side impact based on said measured temperature increase and the temperature gradient.

26. The adiabatic heat gradient is, in Earth's atmosphere, the air temperature variation with altitude (i.e.

27. Flame speed is used along with adiabatic flame temperature to help determine the engine's efficiency.

28. The adiabatic conditions of the cell were automatically controlled by two sets of temperature controller.

29. Adiabatic synonyms, Adiabatic pronunciation, Adiabatic translation, English dictionary definition of Adiabatic

30. P1920 Pseudo-adiabat Pseudo-adiabatic Curve on a thermodynamic diagram which represents the temperature changes of an air parcel which is subjected to pseudo-adiabatic expansion.

31. The change in temperature optimum with elevation was similar to the adiabatic lapse rate, suggesting a precise adaptation to temperature through natural selection.

32. The temperature of the sample surface is recorded while the specimens undergo a uniaxial adiabatic compression.

33. Above a heated surface, the vertical temperature gradient sometimes exceeds the dry Adiabatic lapse rate (i.e

34. 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.

35. S3210 Subsidence temperature inversion Inversion caused by the adiabatic warming of a layer of subsiding air.

36. Temperature adjustment in a heat regenerator used in equipment for storing energy by adiabatic air compression

37. The application to adiabatic upper surface temperature yields an excellent agreement between experimental and predicted values.

38. Temperature at the core reaches # °F ( # °C) plus the adiabatic temperature rise, and then decreases as the heat exchanger removes heat from the unit

39. C2880 Convective region Adiabatic region Region in which the vertical distribution of temperature is controlled by convection.

40. Has the advantages, adiabatic, fire prevention, high temperature resistance, ageing resistance, bibulous rate is lower notable features.

41. S3470 Superadiabatic lapse rate Temperature lapse rate with a magnitude greater than the dry adiabatic lapse rate.

42. In addition the temperature contrast is increased by the intensifying southerly flow with a windward adiabatic cooling.

43. This expansion takes energy from the air, resulting in temperature reduction, a process known as adiabatic cooling.

44. Decrease Saturation

45. From there on, follow the moist adiabatic lapse rate until the temperature of the parcel reaches the air mass temperature, at the equilibrium level (EL).

46. The semi-adiabatic calorimeter is used with different quantities of mortar, which gives different histories of temperature.

47. 2.5: Adiabatic Changes Last updated; Save as PDF Page ID 72673; Changes in Temperature; Changes in Pressure

48. What Does Adiabatic Mean? The term “Adiabatic” means “occurring without gain or loss of heat,” but applying this definition to common industry terms requires distinguishing between heat and temperature

49. By controlling the flows in this way, a calculated energy output or adiabatic flame temperature can be produced.

50. Low temperature heat capacity of ammonium, rubidium and cesium perbromates has been studied by method of adiabatic calorimetry.

51. An adiabatic and reversible running state change is isentropic (entropy S remains the same as temperature T changes).

52. Temperature at the core reaches 1832 °F (1000 °C) plus the adiabatic temperature rise, and then decreases as the heat exchanger removes heat from the unit.

53. Show detail calculation on how adiabatic flame temperature is determined when Butane is Combusted with 0% excess air

54. Differential adiabatic warming or cooling tend to dominate over deformation of horizontal temperature advection in the frontogenetical function.

55. Butters are natural vegetable based specialty lipids which are solid at room temperature due to their higher level of saturation

56. The calorimeter is designed for measuring the time-resolved adiabatic temperature rise, the rate of temperature rise, the time to maximum temperature peak and time to maximum rate of an exothermic chemical reaction.

57. The calculation of the local heat transfer coefficient and the mean condensate temperature (adiabatic mixing temperature), however, requires special equations taking into account the influences mentioned above.

58. In adiabatic processes, adiabatic cooling accompanies expansion, and adiabatic warming accompanies compression.

59. We describe a fully automated adiabatic calorimeter designed for high-precision covering the temperature range 15 to 300 K.

60. Such a temperature change without heat being added to or subtracted from the parcel is said to be ADIABATIC.

61. A0560 Adiabatic lapse rate Theoretical temperature lapse rate of a parcel of air which moves adiabatically in the vertical.

62. Tile saturation

63. T0660 Thermodynamic ice-bulb temperature (Ti) Ice-bulb temperature Temperature of moist air at pressure p, temperature T and with mixing ratio r, at which the moist air reaches saturation, with respect to ice, due to pure water evaporating adiabatically into it, at pressure p.

64. Classical adiabatic methods for measuring specific heat in a wide temperature range are very suitable for homogeneous, well defined materials.

65. Based on the results of run # an adiabatic induction time of # h is confirmed for a sample temperature of # °C

66. The new method consists of ombining the non-adiabatic relaxation-time calorimetry with a twin arrangement and simultaneous temperature scanning.

67. Chroma definition is - saturation

68. In this differential adiabatic mixing and reaction calorimeter, the sample heat-sink heat loss to the sample container is compensated so that the exothermic reaction is conducted in an adiabatic state, resulting in an undistorted adiabatic process gaining the highest adiabatic temperature rise that corresponds to the theoretical value and an experimentally measured time to maximum rate value.

69. The temperature-strain (T, ε)—or alternatively, temperature-stress (T, σ)—diagrams obtained in adiabatic conditions under mono-axial tensile and compressive forces are examined and Grüneisen’s parameters are calculated.

70. Hue, Saturation, Value

71. A temperature difference is imposed between the two isothermal end walls and the other two walls are assumed to be adiabatic.

72. In the present paper the applicability of a boundary layer prediction procedure to the calculation of adiabatic surface temperature is investigated.

73. This calorimeter is capable of working as a perfect adiabatic system within the time limits and temperature gradients of our experiments.

74. Disclosed is a method for the detection of a lateral impact, according to which temperature sensors or pressure sensors are provided for detecting an adiabatic pressure increase or temperature increase.

75. adiabatic index

76. • Adiabatic Processes

77. An adiabatic calorimeter suitable for specific heat measurement of solids and liquids of poor thermal conductivity for the temperature range −80...

78. Full saturation spectrum CW

79. Introducing Adiabatic and Evaporative Cooling Technologies How Adiabatic and Evaporative Cooling Works By using an ancient process with a heritage that can be traced back to the Roman Empire, Adiabatic/evaporative cooling is a process of reducing air temperature as a result of water evaporation in the air

80. Set here the saturation value