1)  Thermoelectric couple
温差电对
2)  temperature Difference
温差
1.
Study on influence of heat-exchanger channel flange seal performance subjected to high temperature difference;
管程介质温差对管箱法兰密封性能的影响
2.
Analysis of temperature differences between top and bottom glass plate of annealing kiln;
退火窑玻璃板上下温差分析
3.
Investigation on surface cracking damage of concrete under big temperature difference;
大温差环境条件下混凝土表面裂缝损伤
3)  difference in temperature
温差
1.
Regard structure transition level mass concrete in the skyscraper as the example,this text respect analysthe mechanism of the mass concrete crack from concrete internal and external difference in temperature calculation,concrete thermo-stress calculation etc.
以高层建筑转换层大体积混凝土为例,从施工时混凝土内外温差计算、混凝土温度应力计算等方面,分析了大体积混凝土施工裂缝产生的机理,从而有针对性地采取掺入外加剂,采取保温、保湿及设置加强带补偿收缩等措施,加强混凝土温度监测,有效地防止了转换层厚板大体积混凝土裂缝的产生。
2.
Thinking effect of high temperature, this paper discusses tolerate stress, danger area, difference in temperature stress , and validates that the effect of fins in strength is to reduce stress of difference in temerature.
考虑到高温的影响 ,对材料的许用应力、危险区、温差应力等进行了讨论 ,也验证了翅片管内翅片在强度方面的作
4)  temperature differences
温差
1.
Ltd controlled reservoir wall cracks of enhanced pumping station,the article discusses the problems of wall cracks of enhanced pumping station reservoir,and suggests some technical measures to control reservoir wall cracks effectively,such as to reduce to general temperature differences of common con- crete and to enhance the extreme stretch.
文章以湖南某铝业有限公司加压泵站贮水池池壁裂缝控制为例,具体探讨加压泵站贮水池池壁裂缝问题,提出以降低普通砼总温差和提高砼极限拉伸值等技术措施对池壁裂缝进行有效控制。
5)  temperature change
温差
1.
The interfacial transition zone(ITZ) of concrete cured in standard condition and in the dry and wide temperature change environment was studied comparatively.
采用显微硬度仪和扫描电镜,对比研究了干燥大温差气候条件和标准养护条件下混凝土界面过渡区的结构和形态。
6)  temperature difference
温差:
参考词条
补充资料:温差电偶材料
      用于制作温差电偶的材料。温差电偶是一种广泛用于测量和控制温度的器件。它由两种不同的导体连接成回路,并将两接头置于不同温度之中而成。这时回路中将产生电动势,称为温差电动势。温差电动势只与选用的材料及两端的温度差有关,与材料的长短、粗细无关。材料选定后,温差电动势只是温度差的函数。
  
  为保证温差电偶灵敏、可靠,对材料的性能要求主要有:①使用温度范围广。在此范围内,材料有足够大的温差电动势和温差电动势率S。S定义为温差电动势随温度的变化率,即S=dE/dt。它表示温差电偶的测温灵敏度。②温差电特性稳定,复现性好。③电导率高,电阻温度系数低。④化学稳定性好,抗氧化。⑤有良好的机械加工性能。
  
  温差电偶材料按工作温度范围可分为高温类(1600~2300℃),中温类(600~1250℃,0~600℃),低温类(40~300K)。高温类材料主要有钨、铼、铱、铑、铂。中温类材料主要有镍铬、镍硅、考铜(铜、镍、锰合金)。低温类材料主要有镍铬、镍铝、铜和康铜(铜55%,镍45%)、镍铬和康铜等。
  

说明:补充资料仅用于学习参考,请勿用于其它任何用途。