1·The total surface soil heat flux was -0.
表层土壤年总热通量为-0。
2·The soil heat flux content is only 5% of the net radiation.
土壤热通量密度的比例只占净辐射的5%左右。
3·Higher soil heat flux correspond to lower soil water content.
较大土壤热通量对应于较低的土壤水含量。
4·Spray cooling is an efficient method for high heat flux removal.
喷雾冷却是一种高效的高热流密度散热方式。
5·The laser power absorbed by the shell is treated as equivalent heat flux.
将壳体吸收的激光功率等效为作用于光斑区域内的表面热流。
6·The distribution of radiative heat flux to the combustor wall has been obtained by.
通过计算，获得了燃烧室壁面的辐射热流分布。
7·The results show that the latent heat flux is much greater than the radiate heat flux.
分析结果表明在赤道海域，潜热通量远远大于感热通量。
8·The transient eddy heat flux show similar features of activity of synoptic-scale disturbance.
热量涡动输送也表现出与天气尺度波动活动量类似的特征。
9·The ignition temperature and ignition delay time decreased with the increasing radiant heat flux.
结果表明，随着辐射热能流率的增加，着火时间缩短，着火温度降低；
10·If the heat flux is large, the vortex region and velocity are large on top of the machine platform.
当机台上方的热通量越大，其产生的涡漩区范围和回流速度越大。
1·The designed maneuver reentry trajectory can meet the demands of attitude, heat flux and velocity for the warhead.
所设计的再入机动弹道能满足机动弹头对姿态、热流和速度的要求。
2·The simulation of Space heat flux is a very complicated and important problem in ground thermal testing of spacecraft.
在航天器地面热试验中，空间热流的模拟是一个非常复杂而重要的问题。
3·The discretion equation was derived for the control volume with conjugate heat transfer at its interface, with the radiation heat flux at the interface appearing as an additional source term.
推导了界面上具有耦合传热时的控制体离散方程序，界面上的辐射热流以附加源项的形式出现在离散方程中。
4·Some thermotechnical problems are revealed through systematic analysis of temperature, air flow as well as heat flux in cellar.
通过系统地分析窖温、风温以及热流，发现了沟窖几个重要的热工问题。
5·When the maximum heat flux density is acquired, the experiment confirms the groove surface size as follows: 0.
实验确定了获得最大热流密度时的微槽表面尺寸为槽宽、槽深以及槽间距分别为0。
1·The thickness, surface density, heat flux and heat conductivity of spunlaced binding down web were tested under different frequency values, and the relationships between them were also discussed.
对不同分频值下水刺绑定羽绒网的厚度、面密度、热流量和导热系数作了测量，并对其相互关系作了讨论。
2·Based on the experimental results, the undulation of wall surface temperature and instantaneous heat flux are analysed.
在实测基础上，对壁面温度波动及瞬时热流量进行了分析。