低温区的英文

• low-temperature range
• low-temperature region

• "低温"英文翻译    low temperature
• "区"英文翻译    H region; H
• "致死低温区" 英文翻译 :    zone of low fatal temperature; zone of low lethal temperature
• "亚致死低温区" 英文翻译 :    zone of low sublethal temperature
• "温区" 英文翻译 :    warm area
• "等温区" 英文翻译 :    isothermal region; zone of constant temperature
• "高温区" 英文翻译 :    high temperature region; high-temperature range; high-temperature region; high-temperature zone; high-temperatureregion; high-temperaturezone; hot space; thermal zone
• "恒温区" 英文翻译 :    flat-temperature zone
• "均温区" 英文翻译 :    uniform temperature zone length
• "升温区" 英文翻译 :    heating up zone; heating zone
• "适温区" 英文翻译 :    zone of favorabletemperature
• "四温区" 英文翻译 :    fs-420
• "低温" 英文翻译 :    1.(低温度) low temperature 低温阴雨 low-temperature overcast and rainy days2.[气象学] (低气温) microtherm 低温气候 microthermal climate3.[医学] (低体温) hypothermia; hypothermy; 低温保藏 low-temperature preservation; 低温泵 [低温] cryogenic pump; cryopump; cold pump; 低温变换 low-temperature conversion; 低温冰冻 [食] cryogenic freezing; 低温材料 cryogenic material; 低温操作 low-temperature operation; 低温测量 low-temperature measurement
• "大温区域局" 英文翻译 :    gvrd
• "低适温区" 英文翻译 :    zone of low favorable temperature
• "高温区域" 英文翻译 :    high temperature region
• "减温区（域）" 英文翻译 :    desuperheating zone
• "温区回流焊" 英文翻译 :    ew-f830
• "致死高温区" 英文翻译 :    zone of high fatal temperature
• "最适温区" 英文翻译 :    zone of most favorable temperature
• "亚致死高温区" 英文翻译 :    zone of high sublethal temperature
• "温度垂直带 高温区" 英文翻译 :    thermalzone
• "低温低温" 英文翻译 :    low temperature
• "生命活动正常进行（有效温区）高适温区" 英文翻译 :    zone of high favorable temperature
• "超低温" 英文翻译 :    ultralow temperature

• Dsc test shows , that if the sample crystallized at a low temperature , the result has a small peek , if it crystallized at a higher temperature , then the peek will divide into two peeks . it is believed related to the segregation of hv content
  Phbv在较低温度下结晶所得样品的dsc图谱在低温区的次峰在较高结晶温度时分裂成两个次峰，分析是由于结晶温度升高时的分凝现象所致。
• The substrate temperature affects roughness degree differently in different regions . in the region of low temperature ( lower than 40 , when the temperature increases , the roughness degree decreases , however in the region of high temperature ( higher than 40 ) , the case is reversed
  衬底温度在不同区间对掺杂薄膜粗糙度的影响不同，在低温区(低于40摄氏度)温度升高粗糙度降低;而高温区(高于40摄氏度)反之。
• In this thesis , we use the random - matrix - theory to revise the following calculating methods : ( 1 ) the heat capacity and the spin susceptibility of the normal metallic small particles ; ( 2 ) the heat capacity of the conventional metallic small particles at the low temperature using the mean field approximation method ; ( 3 ) the heat capacity of the conventional metallic small particles at the vicinity of the critical temperature using the static path approximation method
  本文采用随机矩阵理论，计算了： ( 1 )正常态金属小粒子的电子热容和顺磁磁化率。 ( 2 )在平均场近似下，计算了超导金属小粒子低温区的电子热容。 ( 3 )在静态路径近似下，计算了超导金属小粒子转变温区的电子热容。
• The study shows that the former is main reason of the reentrant phase transition of system , while the later is not contribute to reentrant phase transition . on the other hand , when the crystal field is small , magnification of the range of magnetic ordering phase at low temperatures come from the contribution of spin - 1 sublattice , while the result is not discovered in spin - 1 / 2 sublattice
  晶场存在时，前者是系统重入相变的主要原因，而后者对重入相变没有贡献；另一方面在较小晶场存在时低温区磁有序相范围的扩大来自于自旋1子格中横场及随机的作用，而自旋1 2子格没有发现类似现象。
• The results indicated : the mechanical properties of pu prepared by added eg in a two - step process in prepolymerization technology were better than that of one - step process , its tg shifted 6 towards high temperatures ; the tan peak of pu material at low temperature disappeared through decompress boiling distilling technology
  结果表明，采用预聚体工艺并且分步加入eg所制备的聚氨酯弹性体具有较好的力学性能，玻璃化温度向高温方向偏移了6 ；采用减压共沸蒸馏工艺制备的聚氨酯材料在低温区的tan峰消失。
• The simulation results show that each gas species has close relation with the temperature distribution , and the method of cell modeling to can effectively simulate the complicated physical and chemical process inside the furnace , and can provide the theories leading for boiler design ， reformation and run
  仿真结果表明，炉内温度分布的高温区和低温区与各气体成份的分布存在很强的对应关系，同时表明采用小室模型可以对炉内复杂的物理化学过程进行有效的模拟，该模型可为锅炉设计、改造和运行提供理论指导。
• In this paper , aggas2 polycrystal was synthesized by two - zone vapor - transport ing and temperature - oscillating method ( tvtm ) with high pure elements silver ( ag ) , gallium ( ga ) , and sulfur ( s ) . in the synthetic procedure , s vapor was transported from lower temperature zone to the higher where s reacted with ag and ga to get aggas2 , and then aggas2 was temperature - oscillated many times between 1060 ? and 900 ? . by tvtm , it made the ampoule less crack rate and the material much better
  本论文用银( ag ) 、镓( ga ) 、硫( s )三种高纯单质元素，采用一种新的合成工艺路线? ?二温区气相输运温度振荡法，从低温区以热对流的方式输运硫蒸汽到高温区与银和镓反应生成aggas _ 2 ，降低了合成安瓿爆炸几率；并在熔点附近快速温度振荡从而提高多晶质量。

• 低温区的日语：ていおんくいき コールド区域 コールドくいき