1) high heat source
强热源
2) Thermal forcing
热源强迫
3) heat source forcing
强迫热源
1.
In the context of the IAP 2-level AGCM, numerical study was performed of effects on summer Northern atmospheric lowfrequency circulations of two kinds of heat source forcing (constant and quasibiweekly) in the midupper troposphere.
利用ＩＡＰ２－ＬＡＧＣＭ模式，做了热带西北太平洋对流层中上层两种（恒定和双周振荡）强迫热源，对北半球夏季大气低频环流影响的数值试验。
4) Local thermal forcing
局域热源强迫
5) heat source distribution
热源强弱配置
6) Source intensity
源强
1.
Evaluation of source intensity of underground tank explosion accident;
地下储罐爆炸事故源强估算
2.
In this paper the uncertainties of the source intensity of chemical harzadous sudden acci dents on environmental risk assessment have been discussed.
应用几率密度函数可解决事故预测时源强估算的不确定性问题。
3.
This paper is to suggest an estimating method on source intensity of two - phase flash explosion.
文章采用分子运动论的方法计算液体闪蒸过程与气化过程的速率，并具体对液氨的闪蒸爆炸事故源强作了估算与讨论，还与其它估算方法作了对比分析，结果正确，理论性更强，更符合实际情况。
补充资料：椐椐强强
1.相随貌。
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