1) high-thermal conductivity
高热导系数
2) thermal conductivity
导热系数
1.
Nonlinear fitting calculation of wood thermal conductivity using neural networks;
木材导热系数非线性拟合的神经网络模型
2.
General model of PR thermal conductivity and its analysis of precision prediction;
PR导热系数普遍化模型及其精度预测分析
3.
Molecular dynamics simulation of thermal conductivity of a gas in nanoscale pores;
纳米尺度孔隙内气体导热系数的分子动力学模拟
3) heat conductivity
导热系数
1.
Study on rapid measure of metallic material heat conductivity based on laser rapid heating;
基于激光快速加热的金属材料热扩散率及导热系数快速测量方法的研究
2.
The study on the effect of basicity on molten slag heat conductivity;
碱度对熔渣导热系数的影响
3.
Finally,the heat conductivity λ of B510L steel at different temperature was obtained.
为提高卷取温度的控制精度,同时为准确模拟B510L钢轧后冷却的温度场和分析工艺参数对品种钢组织性能的影响,采用激光脉冲法测得了B510L钢的热扩散率α;采用示差扫描量热计法测得了定压比热容CP,最终求得了不同温度下的导热系数λ。
4) coefficient of thermal conductivity
导热系数
1.
Experimental study on coefficient of thermal conductivity and specific volume heat of loess;
黄土导热系数和比热容的实验研究
2.
Computer aided measuring the coefficient of thermal conductivity of poor conductor;
计算机辅助测量不良导体的导热系数
3.
The results showed that the carbonized corn straw possesses higher content of fixed carbon,smaller resting angel(for better flowing property) and lower coefficient of thermal conductivity compared to carbonized rice husk.
研究结果表明,与碳化稻壳相比,碳化秸秆具有较高固定碳含量、较小导热系数和较好流动性。
5) Heat conduction coefficient
导热系数
1.
Instrument s improvement of TC-2 heat conduction coefficient;
TC-2型导热系数测定仪的改进
2.
A advanced method of measuring the heat conduction coefficient of inorganic material heat preservation brick was presented, applying for three kinds of heat preservation bricks.
介绍了一种测定无机材料保温砖导热系数的改进方法，对３种类型的保温砖进行了测试，实验结果表明，该方法能达到较高的测量精度，可为工业技术改造用保温砖材料的选型提供物性数据。
6) thermal conductivity coefficient
导热系数
1.
Simulation of equivalent thermal conductivity coefficient for aluminum coil
铝卷径向等效导热系数的仿真
2.
Calculation of thermal conductivity coefficient of ternary nitrate salt
三元硝酸熔盐导热系数的计算
3.
he relations of the thermal conductivity coefficient and density of rock - mineral cotton insulating materials andtemperature are studied by means of steady - state method.
用稳态法研究岩矿棉隔热材料导热系数与密度及温度的关系。
补充资料：高热
高热
〖JP2〗hyperpyrexia
指体温达39～41℃者。小儿年龄越小，体温调节越差，加之小儿的中枢神经系统发育尚不完善，所以发热过高，往往有些小儿会出现惊厥。当小儿出现高热时要积极查明原因，及时治疗。
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