gravitational astronomy
- gravitational astronomy的基本解释
-
-
天体力学, 引力波天文学
- 相似词
- 更多 网络例句 与gravitational astronomy相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The main branches of a spherical astronomy, practical astronomy, astronomy and astronomical azimuth geodynamics.
主要的分支学科有球面天文学、实用天文学、方位天文学和天文地球动力学。
-
Complete Principle of Measurement , as the basic literature of large calendar mathematics series Chongzhenlishu, was the beginning of the Western trigonometry, spherical astronomy and measurement into China, involving area, volume measurement, flat triangle, spherical trigonometry and spherical astronomy's theory as well as measuring instruments'applying. Complete Principle of Measurement embodies Chongzhenlishu's axiomatic mathematics and astronomy and makes a contribution to the further spread of the Western learning.
《测量全义》作为编撰大型历算丛书《崇祯历书》的基础文献，是西方三角学、球面天文学及测量术系统传入我国之始，涉及面积、体积测量，平面三角、球面三角和球面天文学的基本理论以及测量仪器的制造和使用等，是《崇祯历书》中公理化数学和天文学体系的体现，为西学的进一步传播做出了贡献。
-
Xing yunlu (fl. 1580-1621) was not only the most important person during the period of the revival of traditional calendrical astronomy in the late Ming Dynasty, but also the only civilian astronomer who had the chance to reform the traditional calendar in the official Astronomical Bureau of the Ming Dynasty from 1612 to 1621. By studying Xing Yunlu's calendrical classics, we can better understand the calendar reform and the action and represent of the traditional calendrical astronomy in the late Ming Dynasty. Moreover, we can give a more embedded discussion to the reason of the failure of the Chinese traditional calendrical astronomy in the calendar reform in the late Ming Dynasty.
明末的历法改革首先在传统历法的范式内展开，而邢云路(1549-约1626)既是明末传统历法复兴过程中最为重要的人物，也是万历年间唯一一位有机会进入钦天监在传统历法范式内实施改历的民间传统历法家，因此对邢云路的天文历法工作进行研究可以让我们对明末的历法改革以及传统历法在其中的作用和表现有一个较为清楚的认识，也可以对传统天文学在明末改历中失败的原因进行更加深入的探讨。
- 更多网络解释 与gravitational astronomy相关的网络解释 [注：此内容来源于网络，仅供参考]
-
gravitational attraction; gravitational force：万有引力
重力加速度 gravitational acceleration | 万有引力 gravitational attraction; gravitational force | 重力陷缩{恒星} gravitational collapse
-
gravitational attraction：引力,重力
gravitational acceleration 重力加速度 | gravitational attraction 引力,重力 | gravitational constant 引力常数,引力常量
-
gravitational attraction：地球引力
gravitational anomaly 重力异常 | gravitational attraction 地球引力 | gravitational compaction 重力压实