现场温度 meaning in Chinese
in situ temperature
Examples
- This paper is mainly focused on thermal field analysis , field tests of cshbb , thermal effects analysis and combination of thermal effects and load effects
本文主要涉及小砌块建筑的温度场分析、现场温度效应跟踪监测、温度效应分析和温度作用与荷载效应的组合情况。 - Because the temperature of the twelve meters wide bellows is not even , we use a card which model is pc - 7484 collected field temperature signal . we controlled the end part temperature and get good effect in experiment
为了解决风箱温度不匀现象，试验中采用了pc - 7484板卡采集现场温度信号，单独对最后部分控制，试验取得了较好的效果。 - Type example : a project need functions of control temperature instrument are : single screen display communication mode with up - level machine is rs - 485 , transmit field temperature to standard dc ma signal output , with 2 relays control output sensor is k thermocouple , outline dimension is 9696
型号举例：某工程需控制温度仪表功能为:单屏显示与上位机通讯方式为rs - 485将现场温度转换成标准的dc 420 ma信号输出另带2个继电器控制输出传感器为k型热电偶外形尺寸为9696 。 - And the choice range of hydration coefficient is determined on calculating mass concrete of foundation in high - rise building . at last , combining the test data with the ansys result , some measures about crack - control in construction are summarized . it can be referred to the study on mass concrete of foundation in high - rise building for interaction between concrete temperature field and soil temperature field considered , choice range of hydration coefficient determined , and measures about crack - control in construction summarized in this paper
最后，结合现场监测的数据和ansys计算的理论值，对高层建筑基础大体积混凝土的温度裂缝的控制提出了有效的控制措施本文提出考虑混凝土与土壤相互作用的温度场，确定的高层建筑基础大体积混凝土温度场计算时的水化系数的取值范围以及建议的现场温度裂缝的控制措施，对今后建筑工程大体积混凝土的研究具有一定的参考价值。 - With the temperature of sea area in situ , and the photoperiod during collecting samples , the two most important factors in inducing diapause , as the independent variable , whether the egg was in diapause ( or whether the female laid diapause eggs ) was regarded as the dependent variable , and the probabilistic equations of egg in diapause and female laying diapause eggs were established
以采集雌体时海区的现场温度和日照时间这两个影响滞育发生的最基本因素作为自变量，以卵滞育与否或雌体产滞育卵与否为因变量，建立了瘦尾胸刺水蚤卵滞育(或雌体产滞育卵)的概率预测模型。