1) exothermicity
放热强度
1.
The paper determines coal spontaneous combustion characteristic parameters by means of simulating experiment of coal low temperature spontaneous combustion ,calculates coal natural fire time, critical temperature, gas producing rate , exothermicity and limit parameters.
针对目前煤炭自燃的严重情况,利用大型煤低温自然发火实验台,对煤自燃特性参数进行了测定和计算,确定了煤的自然发火期、临界温度、气体产生率、放热强度和极限参数,为煤自燃过程的研究和煤自燃火灾的预测和防治打下了基础。
2.
The indicator gases for spontaneous combustion of coal were determined, and the exothermicity, an important characteristic parameter for the spontaneous combustion of coal was investigated by the theoretical analysis and experimental simulation.
在煤自燃特性的测试中确定了煤样的指标气体,并对煤自燃的重要特性参数——放热强度进行了理论分析和实验模拟相结合的综合研究。
2) characteristic self-heating intensity
特征放热强度
1.
Experiment study of characteristic self-heating intensity of coal;
煤特征放热强度的实验研究
4) fire heat releasing strength
火灾热释放强度
1.
Aimed at horizontal tunnel model with the same width and different heights,using CFD technology,influences of environmental temperature,fire heat releasing strength,section shape on critical wind velocity were analyzed.
针对2种等宽度、不等高度的水平隧道模型,借助CFD技术分析了环境温度、火灾热释放强度、断面形状对临界风速的影响。
5) emission intensity
排放强度
1.
Decomposition analysis of CO_2 emission intensity caused by electric power consumption in China
中国电力消费CO_2排放强度分解分析
2.
This article puts emphasis on the analysis of the current situation of air pollutants,such as SO2 and so on,and the reason for the change of their emission intensity index on the basis of the research of air pollutant emission situation in Beijing from 2000 to 2004.
通过对北京市2000~2004年间大气污染物排放情况的考察和研究,着重分析了二氧化硫等大气污染物的排放现状以及大气污染物排放强度指标变化的原因并与国内主要城市及美国大气污染物排放指标进行了对比。
3.
Results show that SO_2 and NO_X emissions in 1990 are 17518kt and 8422kt respectively and the heigh emission intensity areas are concentrated in middle East China.
根据我国燃料消费、燃料的含硫量和硫与氮氧化物排放因子，计算我国各地区ＳＯ_２和ＮＯ_Ｘ排放强度地理分布。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
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