1) trunk temperature
树体温度
2) stem temperature
树干温度
1.
In the meantime, the stem temperature, xylem sap efflux dens it y, and xylem CO_2 concentration were measured.
采用红外气体分析仪,于2008年10月17—19日连续3个昼夜原位监测了荷木的树干CO2释放通量、树干温度、木质部液流密度和CO2浓度。
2.
Meanwhile,air temperature and relative humidity in the forest,stem temperature and sap flow density were measured.
采用红外气体分析法(IRGA)原位测定了长汀重建生态系统2个先锋树种马尾松(Pinusmassoniana)和木荷(Schima superba)冬季树干CO2释放速率(stem CO2efflux rates,FCO2),同时测定了气温、空气相对湿度、树干温度及树干液流密度。
3) composite resin temperature
树脂温度
4) Treeline temperature
树线温度
1.
Treeline temperature of Picea crassifolia forest in Qilian Mountains
祁连山青海云杉林树线温度特征
5) melt temperature
熔体温度
1.
Prediction of Injection Pressure and Melt Temperature of Injection Molding by Radial Basis Function Network;
基于神经网络技术的注塑成型注射压力和熔体温度预测
2.
Effects of Melt Temperature on Solidified Structure of Sn-Sb Peritectic Alloy in Ultrasonic Field;
超声场下熔体温度对SnSb合金凝固组织的影响
3.
The stress distribution of polycarbonate injection molded parts is tested by the photo-elastic experiment under different gate type and different melt temperature,and the tensile strength and luminous transmittance are tested.
用光弹实验测试不同浇口类型、不同熔体温度下聚碳酸酯透明注塑制品的应力分布,并测试了制品的拉伸强度和透光率。
6) coal temperature
煤体温度
1.
Improvement and application of the thermoscope of drilling coal temperature;
井下钻孔煤体温度测试仪器的改进和应用
2.
Research on grey system theory in predicting coal temperature based on MATLAB 6.1;
基于MATLAB6.1的煤自然发火煤体温度灰色预测研究
3.
Based on the mechanism of coal and gas outburst and the physical characters of outburst process,in combination with a coal mine safety monitoring system,early warning indexes were proposed by the time series of methane concentration and coal temperature.
依据煤与瓦斯突出机理及突出过程物理特征,结合煤矿安全监测系统,提出以瓦斯浓度和煤体温度时间序列的煤与瓦斯突出预警指标,利用GIS技术和人工神经网络建立了煤与瓦斯突出预警模型。
补充资料：体温过低或体温不升
体温过低或体温不升
hypothermia
小儿因饥饿、低热量、体弱处于少动状态或保暖条件不佳，体温低至35℃以下。小儿时期正常体温可波动于一定范围，短暂的体温波动，全身情况良好，又无自觉症状，可不考虑为病态。正常小儿腋下体温为36～37℃，春秋冬三季平均值上午36.6℃，下午36.7℃，夏季上午36.9～36.95℃，下午为37℃。喂奶或饭后、运动、哭闹、衣被过厚、室温过高均可使小儿体温暂时升高达37.5℃左右，甚至偶达38℃，尤其是新生儿或小婴儿更易受以上条件影响。
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