1.
Research on method that electronic inertia simulates mechanic moment of inertia
电惯量模拟机械转动惯量方法的研究
2.
inertio comparator
摆轮转动惯量比较仪
3.
The Rotational Inertia for an Arbitrary Quadrilateral Rigid Plane and Its Inertia Principal Axis
四边形刚体平板的转动惯量与惯量主轴
4.
Development of Moment of Inertia Measurement System for a Certain Cabin;
某型号舱段转动惯量测量系统的研制
5.
Error Analysis for Measurement of Missile's Movement Inertia with Torsion Pendulum
扭摆法测量导弹转动惯量的误差分析
6.
Three-line pendulum moment of inertia measuring instrument based on MSP430
MSP430单片机的三线摆转动惯量测量仪
7.
CAT System of Moment of Inertia for Complicated Component Part
复杂零件转动惯量CAT系统的研制
8.
The moment of inertia is not a simple concept.
转动惯量不是一个简单的概念。
9.
Research on Measureing Inertia of Un-Coiler;
开卷机传动系统转动惯量测试的研究
10.
The Power Of Habit;
习惯的力量——个体习惯、规则和经营惯例
11.
Inertia scalars are defined in terms of quantities called inertia vectors.
我们将用惯性矢量来定义惯性标量。
12.
yawing moment of inertia of sprung mass
簧上质量横摆惯性矩
13.
pitching moment of inertia of sprung mass
簧上质量纵倾惯性矩
14.
rate strapdown inertial measurement system
速率捷联惯性测量系统
15.
Mass is customarily measured by a process called weighing.
质量习惯上由所谓称量过程来度量。
16.
Momentum may be thought of as a quantitative expression of inertia.
动量可以被理解为惯性的定量表示。
17.
The use of inertia dyadics enables one to deal with certain topics involving inertia vector and inertia scalars in a basis-independent way.
在处理包含惯性矢量和惯性标量的某些问题时，应用惯性张量则可作到与基无关。
18.
A New Element for Analysing Mass, Centrald, Inertial Moments and Products of Space Body--Element of Tetrahedral Mass
一种分析空间物体的质量、质心、惯矩、惯积的新单元——四面体质量单元