1) temperature distribution on the ground
地面温度分布
2) Surface temperature distribution
表面温度分布
1.
With this model,the following variables were predicted:thickness and velocity of film, heat flux associated with heat transfer mechanisms,surface temperature distribution, spray cooling curve,and heat transfer coefficient of spray cooling.
利用该模型分析了喷雾冷却中液膜的厚度、速度、各种换热机制下的换热量(包括液滴击打表面换热量、液膜冲刷表面换热量、沸腾气泡换热量、与气相环境之间的散热量)、加热表面温度分布、喷雾冷却曲线和喷雾冷却的换热系数等传热特性。
2.
The surface temperature distribution of the balloon is gotten by solving the transient heat balance equations with the use of the finite element software,ANSYS 10.
0求解瞬态热平衡方程得到了空间气球的表面温度分布,然后在3～6μm和6～16μm红外波段分别计算了空间气球作为点源时的红外辐射强度空间分布,最后详细比较并分析了空间气球与空间弹道式目标在表面温度分布和红外辐射强度空间分布的不同。
3.
The surface temperature distribution affected by the inner heat source is researched from the bio-heat transfer theory.
为通过相对简单的热传递模型建立表面温度分布与内部热源之间的关系,从生物传热理论出发,研究了内热源影响下的组织表面温度分布,实现了在表面温度分布已知的情况下得到内部热源的相关信息。
3) pavement temperature distribution
路面温度分布
5) temperature profile
温度分布
1.
Study of the velocity and temperature profiles for the annulus pipe flow of H-B fluid;
屈服假塑性流体轴向同心环空中速度及温度分布研究
2.
Experiments were conducted to evaluate the temperature profile characteristics of biotrick-ling bed, and the effects of liquid flow rate, gas flow rate, and inlet toluene concentration on the temperature profile characteristics of biotrickling bed were investigated, respectively.
对生物膜滴滤塔填料床内温度分布特性进行了实验研究,获得了循环液流量、气体流量以及进口甲苯浓度对填料床内温度分布的影响规律。
3.
On a test rig with a diameter of 1000 mm, the liquid layer temperature profiles in the vertical and horizontal directions were measured by resistivity thermal detectors(RTDs).
为了进一步提高塔板效率 ,本文提出了一种全导流 95 Ⅱ型塔板结构 ,并对其进行性能实验 ,以得到板上液层的温度分布与板效率值 ,并且与 95 Ⅰ型塔板的板效率值进行了比较 。
6) distribution of temperature
温度分布
1.
In this paper,with the bending process of 4064×32R610,the strength of plug was calculated,the reasonable material and working method were presented,and the shape of plug,distribution of temperature of induction coil and clearance of the hot coil were defined.
４×３２－Ｒ６１０厚壁０Ｃｒ１８Ｎｉ９Ｔｉ扩径推弯成形过程，校核了芯棒的强度，提出合理的材质及加工，确定合理芯棒形状、温度分布，以及加热线圈的间隙。
2.
After the analysis of the reasons of bringing about temperature stress,the effective means of computation can be put forward if the distribution of temperature is given.
针对大跨径桥梁施工控制中结构设计参数的变化能导致结构内力的变化和形状的改变,以及与时间有关的温度参数不易确定的问题,在分析了产生温度应力原因的基础上,根据沿梁长的温度分布是均匀的,略去断面局部变化引起的梁体温差分布的微小差别,按单向温差荷载计算应力等基本假定,在给定温度分布的前提下,提出了温度应力实用计算方法,并通过工程实例分析了温度应力对桥梁施工控制的影响。
补充资料：地面温度
1.指地面与空气交界处的温度。详"地温"。
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