1) isolation effect
隔离效果
1.
Study on isolation effects of isolation wards (3);
隔离病房隔离效果的研究(3)
2.
Study on isolation effects of isolation wards (2);
隔离病房隔离效果的研究(2)
3.
Study on isolation effects og isolation wards(1);
隔离病房隔离效果的研究(1)
2) thermal insulation effect
隔热效果
1.
The results show that the thermal insulation effect of the coating with sepiolite ball-milled is 5℃ higher than that of natural sepiolite.
结果表明:以适当球磨工艺制备的海泡石微粉为隔热添加剂的隔热涂料,与以一般加工方法制备的海泡石矿粉为隔热添加剂的隔热涂料相比,隔热效果可提高5℃。
3) thermal barrier effect
隔热效果
1.
Experimental and theoretical analysis shows that the thermal barrier effect having a near linear relation to the ceramic coating thickness is proportional to environment temperature difference.
通过理论公式推导和试验测量 ,得出 :热障涂层的隔热效果与环境温差成正比 ,但同等环境温差下涂层在更高的温度工作时 ,由于涂层材料导热系数的增大 ,其隔热效果减小。
4) heat-insulating effect
隔热效果
1.
Calculating formulas of heat-insulating effect on indium tin oxide film have been derived,and calculating results have been given.
利用MATLAB高级计算机语言,拟合了大气层外的太阳辐射光谱,给出了氧化铟锡薄膜隔热效果的计算公式与结果。
5) heat insulation effect
隔热效果
1.
The heat insulation effectiveness and practice of the roof insulation in south areas are summarized,and the features of different heat insulation roofs are analyzed and compared.
总结了南方地区屋面隔热层的做法和隔热效果 ,并分析和比较了不同隔热屋面的特点。
6) vibration isolation effect
隔振效果
1.
Analytical approach of vibration isolation effect for floating raft system;
浮筏系统隔振效果评估方法
2.
This paper computes the natural vibration character?the vibration isolation effect and the shock resistance of a floating raft,using ANSYS software.
本文采用ANSYS软件对一船用辅机浮筏的固有振动特性、隔振效果和抗冲击性能进行了数值分析。
3.
The calculations of vibration isolation effect of the reconstructed foundation and the discontimuous barriers are discussed,and the feasigility of the method is discussed as well.
通过重型锻造车间的环境振动测试 ,对重型锻锤激励可引起的地基振动信号进行分析 ,并讨论了已有锻锤隔振基础的改造和非连续屏障的隔振效果的计算及其可行性。
补充资料：V型隔离开关
V型隔离开关
V type disconnecting switch
Vx一ng gel一kaiguanV型用离开关(vty咪disconnectingswiteh) 由两个呈V型布t的绝缘支柱组成的膝离开关。其导电活动有结构与双柱水平旋转式隔离开关(见双柱式除离开关)的相同，也是借助于两个支柱的转动来完成隔离开关的开断和闭合操作。由于两个支柱共用一个底座，因此简化了隔离开关的结构和安装支架.其结构示愈如图所示。V型隔离开关结构简单，操作灵巧，属于轻型电气装t，在35~110 kV邢电装1中应用广泛。在220 kV及以上的配电装t中.由于受支柱绝像子强度的限制，难于将两个绝缘支柱布t成V型结构，所以一般不用V型隔离开关。V型隔离开关
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