1) Temperature regulating action
调温作用
2) Two-side adjusting body temperature
体温双向调节作用
4) high temperature
高温作用
1.
In order to investigate the influence of high temperature to the dynamic characteristics of rock,tests were carried out on large diameter SHPB setup with siltstone having undergone high temperatures of 100℃,200℃,300℃ and 400℃.
得到了不同高温作用后粉砂岩的全应力-应变曲线、峰值应力、峰值应变及弹性模量的变化规律,并对其微观机理进行了分析。
2.
In order to assess residual behavior of concrete-filled steel tubular(CFST)members after high temperature,especially residual bearing capacity of CFST members subjected to biaxial force and bending,16 square CFST specimens are subjected to biaxial eccentric compression in this paper.
为了更好地评估高温作用后钢管混凝土的残余力学性能,特别是双向偏压构件的残余承载力,本文对16个方钢管混凝土柱进行了高温后双向偏压试验研究,探讨了截面尺寸、长细比、偏心距、温度对残余承载力的影响。
3.
In order to assess residual bearing capacity of concrete-filled steel tubular(CFST)members after high temperature subjected to biaxial force and bending,their behaviors were analyzed from numerical simulation,experimental study and theory analysis in this paper.
目的评估高温作用后钢管混凝土双向压弯构件的残余承载力。
5) hypothermia
[英][,haɪpə'θɜ:miə] [美]['haɪpə'θɝmɪə]
降温作用
1.
Aim: To explore the role of nitric oxide (NO) in arginine vasopressin (AVP) induced hypothermia.
方法 :用数字体温计测量大鼠的结肠温度 ,每次间隔 30min ,观察了中枢和外周给一氧化氮合酶抑制剂L 硝基精氨酸甲酯 (L NAME)对AVP引起降温作用的影响。
6) temperature effect
温度作用
1.
Using the mechanics concept and the temperature effect of bridge structure,the author pointed out the influence of deck pavement to structure temperature effect.
运用力学概念以及桥梁结构所受的温度作用,指出桥面铺装对结构温度作用的影响。
2.
The accidents induced by the temperature effect are often serious.
温度作用是建筑结构中不可忽略而容易被忽略的问题,其造成的事故往往破坏性较大。
3.
This paper expounds the shrinkage effect and temperature effect of the concrete,and advances some measures for controlling the cracks of the concrete in the construction practice.
阐述了混凝土的收缩作用和温度作用,并提出了在工程实践中进行裂缝控制的措施。
补充资料：摆动式燃烧器调温
摆动式燃烧器调温
steam temperature control by tilting burner
bo一dongsh{ranshaoqlt旧owen摆动式瀚烧器调通(steam temperature con-trol by tilting burner)调整嫩烧器的倾角以改变火焰中心位!，借以改变炉膛出口烟温来实现汽温调节的方法。一般多用于切向燃烧的燃煤锅炉中。嫩烧器上下摆动200~300时，炉膛出口烟温变化约110~140℃，汽温调节幅度30~4。℃。此种调温方法，主要用于再热汽温的调节，但燃烧器倾角改变时对过热汽温亦有明显影响。当燃烧器上下摆动时，对靠近炉膛出口的受热面的换热温差影响较大，其吸热量变化也较大，因此应将被调对象的受热面(再热器或过热器)布t在炉膛出口附近，可以获得明显的调温效果。 对于低灰熔点燃料，为了防止结渣，其调温幅度应加限制.对于挥发分甚低的嫩料，不宜采用此种调温方式。 在嫩油锅炉中，由于火焰较短，摆动燃烧器对炉膛出口烟气温度影响较小，调温效果不明显，故一般不采用。 摆动式燃烧器调温方式调节灵敏，不需增加附加受热面和功率消耗，是调节再热汽温用得较多的手段之一。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条