1) restoring stiffness
恢复刚度
2) axial restoring stiffness
轴向恢复刚度
1.
The radial unbal ance stiffness and axial restoring stiffness are calculated by magnetic circuits division and air gap permeance computation.
在综述当前磁轴承刚度计算方法的基础上，提出了一种适合本研究对象的刚度的工程计算方法，即通过对磁轴承的磁路分割，求出极间气隙磁导，从而推出一种计算径向不平衡刚度和轴向恢复刚度的比较简便的工程化计算方法。
3) depth recovery
深度恢复
1.
On this basis, mathematical model of depth recovery according to "circle-depth relation" algorithm and projection rules was constructed.
在此基础上,构建了基于“半径—深度”算法和空间投影关系的深度恢复模型。
2.
For these reasons, this thesis mainly focuses on how to recover and reuse the motion and 3D information from the real captured video data, including camera tracking, dense depth recovery, optical flow estimation, and video segmentation.
·提出了一个基于视频序列的稠密深度恢复算法。
4) accuracy resumption
精度恢复
5) recovery temperature
恢复温度
1.
It reported average axis velocity of the air jet ,total temperature and recovery temperature on a flat surface normal to the jet axis so as to obtain the characteristics of the air jet, and do the preparative work for researching the effects of the characteristics of the .
本试验测定了空气射流内的平均轴向速度和滞止温度,以及在一个和射流轴线相垂直的绝热板上的恢复温度,从而了解了空气射流的特性,并为进一步研究空气射流的特性参数对对流换热系数的影响做了充分的准备工作。
6) easy-restoration degree
易恢复度
1.
By the methods of remote sensing(RS) and geographic information system(GIS),and based on the estimations of degradation degree,risk degree and easy-restoration degree of degraded grasslands,an ecological management index(EMI) model of grassland was established to approach the practical ways of optimizing management of degraded grassland.
利用遥感监测和空间信息分析技术,通过对退化草地的退化等级评估、风险度评估以及易恢复度评估,构建了草地生态优化管理指数(EMI),探讨了退化草地生态优化管理的实践途径;并以锡林河流域为例,分析了退化草地生态优化管理指数。
补充资料：JPZ型三向等刚度橡胶减震器
分子式：
CAS号：
性质：JPZ-type tridirective equal rigid rubber mounting 橡胶减震器的一种。具有x、y、z三个方向等刚度、等自震频率。按负荷大小可分为JPZ-1、JPZ-2两种型号。由中央金属芯柱、伞形金属罩及橡胶连接而成，模压法生产。可满足导弹控制仪等设备的隔震和抗冲击要求。
CAS号：
性质：JPZ-type tridirective equal rigid rubber mounting 橡胶减震器的一种。具有x、y、z三个方向等刚度、等自震频率。按负荷大小可分为JPZ-1、JPZ-2两种型号。由中央金属芯柱、伞形金属罩及橡胶连接而成，模压法生产。可满足导弹控制仪等设备的隔震和抗冲击要求。
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