DNT可被修剪成任意形状并粘贴于各种表面，尤其适合盆腔轮廓，并可敷于较小部位。
DNT can be cut to any shape adheres well to any surface. It conforms well to the contours of pelvic cavity and can be compressed into small Spaces.
它适用于地基受偏心倾斜荷载及任意形状的地基表面情况。
The calculation method is suitable to the eccentric tilting load and foundation surface with various shapes.
通过把半空间的边界模拟成一个包含在无穷大弹性介质中大裂纹，此法能很好的处理具有任意表面形状的表面裂纹。
This method simulates the boundary in half-space into a large crack containing in an infinitely great elastic medium, by which the surface crack in arbitrary shape can be well-treated.
这种方法比喷涂热解法还要简单，而且可蒸镀在任意形状的表面上。
It is suggested that this method is more simple in preparation of the transparent electro-conductive film of SnO2 on surfaces with any shapes in comparison with a number of known methods.
本文提出了计算任意形状导体表面上感应电流分布的一种新的电流模型——节点单元电流模型。
A new type of current model, defined as node nuit current model, for calculating current distribution on arbitrary shape conductors is presented.
通过引入广义波导概念，可以统一分析单元形状为任意的多层频率选择表面。
By introducing an idea of generalized waveguide, a unified treatment of multilayer FSSs with element of arbitrary shape is realised.
隔膜形成为使得隔膜的前表面和后表面的气压差最大，这样，从而形成它的凹形形状和凸形形状中的任意一个。
The diaphragm is formed to make maximum a difference in air pressure of the front surface and the rear surface of the diaphragm, thereby forming any one of concave and convex shapes thereof.
隔膜形成为使得隔膜的前表面和后表面的气压差最大，这样，从而形成它的凹形形状和凸形形状中的任意一个。
The diaphragm is formed to make maximum a difference in air pressure of the front surface and the rear surface of the diaphragm, thereby forming any one of concave and convex shapes thereof.
应用推荐