1.
Study of Suction Temperature and Pressure Controlling Method for Refrigeration Compression Condensing Unit Performance Test SystemUniversity of shanghai for Science and Technology
压缩冷凝机组吸气温度及吸气压力精确控制的研究
2.
Study on Temperature Dependence of Ultraviolet Absorption Cross Sections of Ammonia
温度对NH_3气体紫外吸收截面影响研究
3.
The higher the temperature of the air , the more water vapor can it absorb.
空气的温度越高，它能吸收的水蒸气就越多。
4.
causing difficulty in breathing especially through lack of fresh air and presence of heat.
导致呼吸困难，特别是缺少新鲜空气以及温度高。
5.
The higher the temperature of the air, the more water vapour it can absorb.
空气的温度越高，它能吸收的水蒸汽就越多。
6.
Study of Gas Temperature Measurement Method Based on Spectrum Absorption
基于吸收光谱气体温度测量方法的研究
7.
The adsorption of nitrogen on ZSM-5 zeolite above ambient temperature seems to be very much dependent upon pretreatment conditions and adsorption temperature.
高于环境温度时,氮气在ZSM-5沸石上的吸附似在很大程度上取决于预处理条件和吸附温度。
8.
Effect of air temperature and desorption on oxygen generation by pressure swing adsorption
气源温度与解吸过程对变压吸附制氧效果的影响
9.
High ambient temperature, high humidity and high temperature of cooling water in Summer lead to low vapour vacuum and serious humidity of urea product.
夏季环境气温高,空气湿度大,冷却水温度高,导致蒸发真空度低,成品尿素吸湿严重。
10.
During the compression(or blast)phase, the temperature of the air rises and during the decompression(or suction)phase it falls.
在压缩（或爆震）周相下，空气温度上升，在非压缩（或吸收）周相下，空气温度则就下降。
11.
Temperature Compensation to Concentration of Polluted Gases in In-situ Measurement with DOAS Method
差分吸收光谱技术在线监测污染气体浓度的温度补偿
12.
heat absorbed by a unit mass of a material at its boiling point in order to convert the material into a gas at the same temperature.
在沸点时一单位质量的物质为在同一温度下变成气体所吸收的热。
13.
Study on influence of gas temperature of oxygen therapy on patients with respiratory system infectious diseases
氧疗气体温度对呼吸系统感染性疾病病人影响的研究
14.
grasslands sink CH4 from atmosphere.
CH4吸收通量与气温和地温有较好的
15.
tracheal air stream temperature detector
气管气流温度测量器
16.
The fact that nitrogen adsorption becomes noticeable only at high temperature is an indication that the adsorption is a highly activated process.
氮气的吸附只是在高温下才变得明显这一事实说明吸附是一个高度活化的过程。
17.
Physical examination on admission. Body temperature 39.8 c.She was found t0 be slightly dyspnea. The right lower posterior chest showed dullness on percussion with moist rales at the end of inspiration on auscultation.
入院查体:体温39.8℃。轻度呼吸困难。右后下胸部叩诊有浊音,听诊于吸气未闻湿啰音。
18.
warmth, oxygen from sunlight and wetness.
温度、氧气、闭光和湿度。