1) coat gauge
覆胶厚度
1.
The effective factors on the determination for the coat gauge of calendered cord by isotopicray measurement were analysed;the curves from the classical theoretic model N=N0e-λm,the simulating sample model y=f(x,a,b,c,d) and the simulating predictive model yi=(xi,a,b,c,d) were compared with the measured values;and the simple shape regression optimization was described.
分析了影响同位素射线测量技术测算压延帘布覆胶厚度的各种因素；进行了经典理论模型Ｎ＝Ｎ０ｅ－λｍ、仿真样本模型ｙ＝ｆ（ｘ，ａ，ｂ，ｃ，ｄ）和仿真预报模型ｙｉ＝ｆ（ｘｉ，ａ，ｂ，ｃ，ｄ）曲线与实测值的比较；介绍了单纯形寻优选点方法。
2) covering soil depth
覆土厚度
1.
The research showed that the plant biomass increased with the covering soil depth,whether inoculation or not.
结果表明,无论接种与否,植株的生物量都随覆土厚度增大而增大;接种菌根处理中,植株地上部Cr、Cd、Pb等重金属元素的含量比对照处理均有明显降低。
3) thickness of binder
包覆厚度
1.
The absorbing characteristics of porous material with factors are inuestigated as follow:kinds of light aggregate,thickness of binder,foaming agent and product thickness.
试验就轻集料种类、胶凝材料对轻集料的包覆厚度、发泡剂以及吸声制品的厚度为主要因素考察了材料的吸声性能。
5) icing-thickness
覆冰厚度
1.
A new method of measuring the icing-thickness of transmission line on-line is proposed in this paper for the deficiency of existing methods.
因此,实时掌握输电线路的覆冰情况特别是覆冰厚度以便电力部门采取相应的措施避免输电线路覆冰引发重大事故成为人们目前研究的热点。
2.
The principle of icing-thickness on-line monitoring of transmission line based on image edge detecting through wavelet transform is described,and a new method of on-line monitoring icing-thickness on transmission line is proposed.
讨论了用基于小波的图像边缘检测方法在线监测输电线路覆冰厚度的原理,提出了一种新的输电线路导线与绝缘子覆冰厚度的在线监测方法,即通过对安装在高压铁塔上的摄像机和图像采集卡获得的导线与绝缘子覆冰图像进行实时处理,提取其边界轮廓来测量导线与绝缘子上的覆冰厚度。
6) rock cover thickness
覆岩厚度
1.
Based on the results of a practical example, the effects of sea depth and rock cover thickness on the stress fields are analyzed with the consideration of seepage fields.
通过实例计算,分析了渗流场作用下,海水深度和覆岩厚度对隧道应力场的影响规律。
补充资料：覆胶
分子式：
CAS号：
性质：在织物上覆盖橡胶层的工艺叫做覆胶。例如用压延机给帘布或帆布贴压上薄胶层或是擦压上胶层。用涂胶机也可把胶浆涂进织物挂上胶层，也属覆胶。各种覆胶都要求胶与织物密着良好，填满织物的空隙，胶层厚度精确而均整。
CAS号：
性质：在织物上覆盖橡胶层的工艺叫做覆胶。例如用压延机给帘布或帆布贴压上薄胶层或是擦压上胶层。用涂胶机也可把胶浆涂进织物挂上胶层，也属覆胶。各种覆胶都要求胶与织物密着良好，填满织物的空隙，胶层厚度精确而均整。
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