radio astronomy

美 [ˌreɪdioʊ əˈstrɑːnəmi]英 [ˌreɪdiəʊ əˈstrɒnəmi]
  • n.射电天文学
radio astronomyradio astronomy

noun

U射电天文学
the part of astronomy that studies radio waves sent out by objects in space

radio astronomy

频次

  • 1
    N-UNCOUNT 射电天文学
    Radio astronomy is a branch of science in which radio telescopes are used to receive and analyse radio waves from space.

noun

1
the branch of astronomy that detects and studies the radio waves emitted by celestial bodies

数据来源:WordNet

  1. Radio astronomy investigations seem to hold out the best hopes of obtaining such proof .

    射电天文学的调查研究似乎提供了获得此种证据的最大希望。

  2. Radio astronomy today is armed with the largest antennas in the world .

    射电天文学拥有世界上最大的天线。

  3. Advances in Surface Acoustic Wave Techniques Applied to Radio Astronomy Methods

    在射电天文方法中应用声表面波技术的进展

  4. Establishment and query of text database for the study of radio astronomy

    射电天文文献数据库的建立与查询

  5. Wavelet method for radio astronomy data reduction

    用小波方法处理射电天文数据

  6. Radio astronomy has greatly increased our understanding of the universe .

    辐射天文学大大地增进了我们对宇宙的了解。

  7. Radio astronomy observation and research foreground in China

    中国射电天文观测和研究展望

  8. Radio astronomy in the next century : instrumentation development

    21世纪的射电天文学:仪器设备发展

  9. Application of Digital Filtering in Radio Astronomy

    数字滤波技术在射电天文测量中的应用

  10. Applications of the Focus Plane Array or the Multi-beam Feed System in Radio Astronomy

    射电天文中焦面阵或多波束馈源的应用

  11. The H maser is an essential frequency reference standard for radio astronomy .

    氢脉泽是射电天文所必需的频率标准。

  12. Radio astronomy has in the last decade opened a new window on the physical universe .

    最近几十年,射电天文学在物质宇宙方面打开了一个新的窗口。

  13. Development of Solar Radio Astronomy at Yunnan Observatory

    云南天文台太阳射电研究进展

  14. Finally the trend of the extending of radio astronomy method toward the short wave end is indicated .

    最后指出了射电天文方法向短波端延拓的趋势。

  15. A Review on Space Radio Astronomy

    空间射电天文观测研究

  16. The mass of one of these suppressive black holes has recently been measured using radio astronomy .

    对于这些有着巨大质量的黑洞,最近可利用射电天文学来测量它们的质量。

  17. Ok , then we might as well give up on optical astronomy and go with radio astronomy .

    这样的话,我们会放弃光电望远镜而只使用无线电波吗?

  18. The Development of the solar radio astronomy at Yunnan Observatory since 1979 has been reviewed in this paper .

    回顾了自1979年以来云南天文台太阳射电天文仪器、技术和方法以及研究方面的进展。

  19. Spectral line receiver in radio astronomy

    射电天文谱线接收机

  20. Some notes on the ionospheric correction for VHF interferometer systems in radio astronomy

    射电天文中甚高频干涉仪系统电离层修正的一些注释

  21. In none of these respects does optical astronomy have any advantage over radio astronomy .

    在所有这些指标上,射电天文并不比光学天文逊色。

  22. Limitations for refraction corrections in radio astronomy and satellite geodesy

    射电天文及卫星测地中大气折射的改正及其精度

  23. The Millimeters Wave Radio Astronomy Database will also provide data storage , network publish and shared use for these observing data .

    对于伴随而来的海量观测数据,毫米波射电天文数据库也将为其提供数据存储、网络发布和资源共享。

  24. Australia has more experience with radio astronomy , but South Africa has the advantage of lower costs and ease of access .

    澳洲在天文无线电上更有经验,但是南非有低成本低准入限制的优势。

  25. So , The Millimeters Wave Radio Astronomy Database is very significant to improve t the scientific data utilization level of the astronomical field .

    因此,毫米波射电天文数据库为推进科学数据在天文等相关领域的全面应用,及提升科学数据应用水平等方面都有着重要意义。

  26. Ionospheric Refraction Correction in Radio Astronomy

    射电天文中电离层折射的计算与改正

  27. Radio astronomy today is armed with the largest antennas in the world . The radio station forecasts clear skies tomorrow .

    射电天文学拥有世界上最大的天线。无线电台预报明天天晴。

  28. Both at home and abroad , it has succeeded in appling to the medical diagnosis , geophysics , radio astronomy etc.

    在国内外己成功应用于医疗诊断、地球物理、射电天文学等领域。

  29. Application of An Acousto-Optical TeO_2 Deflector in Radio Astronomy

    一种TeO2声光偏转器在射电天文上的应用&使用报告

  30. Microwave radio astronomy radiometer

    微波射电天文辐射计