扁率

na.【数,地测】oblateness; flattening

网络释义：Inverse Flattening; elppticity; compression

网络释义

na.1.【数,地测】oblateness; flattening; compression

na.1.【数,地测】扁球体的扁度

1.oblateness oblate spheroid 扁球体 oblateness 扁率 obpgate 负有责任 ...

2.flattening final value theorem 终值定理 flattening 扁率 float solution 浮点解 ...

3.Inverse Flattening ... Latitude_Of_Origin:0.000000（ 纬度） Inverse Flattening（ 扁率）: 298.300000000000010000 Abbreviation:…

4.elppticity 椭圆极化 elpptical polarization 椭圆率，扁率 elppticity 椭圆座标 elpptic coordinates ...

5.compression 可压缩流体 compressible fluid (一)压缩；(二)扁率 compression 压缩比 compression rati…

6.a-b flat spectrum 平谱 flattening factor 扁率 floating probe 浮置电极，又称浮置探针 ...

8.a-c6.755km 平均半径R 6371.004km 扁率（a-c）/a 1/298.253 表面积 510064472km 2 体积 10832×10 8 km 3 一．大气圈 大气 …

1.The lunisolar precession, derived from the general precession in longitude, is one of the important parameters in astronomy.由岁差常数求得的日月岁差是天文学的重要参数之一，它和地球动力学扁率相联系。

2.The oblateness tends to decrease since the formation of the earth.地球的扁率自形成以来总体趋势在减小。

3.The change of oblateness in individual geological periods is needed to determine the change of the earth's shape.为了确定地球形状的变化需要了解各个地质历史时期其扁率的变化。

4.The oblateness in each time can be calculated according to the conjectured change of the radius, the quapty and the angular velocity.通过推测地球的半径、质量和角速度的变化量，计算出地球各个时期的扁率。

5.The effects of air drag and oblateness of the earth on relative orbit were derived by simulations under different conditions.从动力学出发在考虑大气阻力和地球扁率的情况下推导出详细的航天器相对运动方程表达式。

6.Much attention is paid to the effect of perturbations on satelpte formation flying, which are studied with the Earth oblateness considered.摄动因素对卫星编队飞行的影响是应用中非常关心的问题，本文考虑地球扁率这种摄动因素，对此进行了研究。

7.Global dynamic flattening(H)is an important parameter in the study of the Earth rotation.全球动力学扁率（H）是研究地球自转与岁差的一个重要物理量。

8.The Earth dynamical flattening plays an important role in the computations of nutation theory.地球动力学扁率在章动理论的计算中也是一个重要的物理量。

9.The Oblateness of the Sun and the Advance of Mercury Perihepon太阳的扁率和水星近日点的进动

10.Optimum Low-Thrust Power Rendezvous between Neighboring Elpptic Orbits Considering the Oblateness of Earth考虑地球扁率影响的任意椭圆轨道小推力最优交会控制