g load

G负载:指在飞行过程中
常用释义
G负载:指在飞行过程中,飞行器所受到的重力加速度的倍数,用以衡量飞行器在飞行过程中所承受的重力影响。

例句

1·Objective To measure size of cervical intervertebral foramen, explore the effect of high-G load experienced by fighter pilots on their cervical spine.

目的测量颈椎间孔的大小,探讨我国歼击机飞行员高g载荷对其颈椎组织可能产生的影响。

2·If this is not the case, the bearing must be subjected to an additional radial load, e. G. by increasing belt tension or idling torque, or by other means.

否则必须给轴承施加径向载荷,例如,通过提高皮带张力或空转扭矩,或采用其他手段。

3·Many methods, e. g. static force method, moment method, sub-region method and least square method, have been used tog et the critical load.

求压杆临界载荷的方法很多:有静力法、矩量法、子域法、最小二乘法。

4·The lives of corrugated boxes is studied by the means of accelerated life test. The air relative humidity (H) and vertical load(G) are selected here to studied the lives of corrugated boxes.

选用空气相对湿度H和垂直载荷G为加速应力,用加速寿命试验法对瓦楞纸箱寿命进行研究。

5·The relation of real contact area with load is linear, which also agrees with G-W model qualitatively.

真实接触面积与载荷存在线性关系,与G-W模型定性地一致。

6·The problem about the Fuzzy feedback of armature current and load balance control is studied, taking the G M high power system as the object.

以大功率G M系统为对象 ,提出了电枢电流模糊反馈和电机负荷均衡控制的问题。

7·The 13.31 is a simple monostable relay with screw terminals suitable for interfacing applications where the coil is low-voltage (e. g. 24 v) and load is at the supply network voltage (230 v).

31是一个简单的螺丝端子适用于接口应用线圈低压单稳态继电器(24 V)和负荷在供电网络的电压(230 V)。

8·For equipment subject to considerable dynamic loads (e. g. heavy-duty fans) the individual load rates of the equipment are specified (dead load, live load and dynamic loads).

对承受较大动荷载的设备(如大型风机),其荷载应分项注明。(包括静荷载,活荷载和动荷载)。

9·Afterwards, the leverage tool (e. g. a simple rod or a screwdriver) is pushed through the opening or the groove and applied with a force to load on top of the casing of the apparatus.

然后杠杆工具(例如简单的杆或改锥)被推动通过开口或凹槽并被施力以承载在设备壳体的顶部上。

10·The concept and features about mass moment interceptor are introduced. It is clarified that the rate of establishing g-load is the critical factor of maneuverability.

首先介绍了质量矩拦截器的概念和特点,提出建立过载的速度是质量矩拦截器机动性的关键因素。