1) differential domain deformation
微分域变形
1.
This article reviewe the development history of differential domain deformation technology,introduce its theory origin and base in detail.
回顾了微分域变形技术的发展历史,较详细地介绍了其思想来源以及理论基础。
2) microregion deformation analysis
微区域变形分析
3) differential deform
微分变形
4) deformation differential equation
变形微分方程
1.
Based on Vlasov′s theory of thin-walled beam,deformation differential equations of plane variable-curvature thin-walled curved girder considering the effects of shearing deformation and section warping were derived,and could be degenerated into the classical Vlasov′s equations.
基于Vlasov薄壁梁理论,推导出平面变曲率薄壁曲线梁的变形微分方程,并考虑了剪切变形和截面翘曲的影响,经退化可以得到经典的Vlasov方程。
5) segmented micro deformable mirror
分立式微变形镜
1.
But existing experimental segmented micro deformable mirrors still suffer from two defects: unacceptable PV(peak-to-valley) value and it is not applicable to infrared spectrum.
针对微变形镜镜面残余应力变形问题,使用数值法分析了多晶硅层和金属层不等面积的双层微机械薄膜残余应力影响下的变形情况,得到了变形-金属膜尺寸的关系曲线,确定了特定应力下最佳的金属反射面大小;此外,还利用弹性系数可变的折叠梁对分立式微变形镜单元的静电力驱动进行了改进,有效地增大了分立式微变形镜的冲程,使其能对近红外光进行校正。
6) Left invariant differential form
左不变微分形式
补充资料：用扫描电子显微镜作耐火材料微区域分析
用扫描电子显微镜作耐火材料微区域分析
用扫描电子显微镜做耐火材料微区域分析
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