1) neutrinos astronomy and X ray astronomy
中微子天文学与X射线天文学
2) X-ray astronomy
X射线天文学
1.
As technical developments and knowledge improvements, radio astronomy, infrared astronomy, ultraviolet astronomy, X-ray astronomy and γ-ray astronomy were developed one by one during some decades from 1940s, and.
随着技术进步和认识上的提高,从1940年代起的几十年中,相继诞生并发展了射电天文学、红外天文学、紫外天文学、X射线天文学和γ射线天文学,从而实现了对天体辐射观测的全波段覆盖,诞生了多波段天文学,人类对宇宙和宇宙中各类天体、天象的物理本质的认知迈入了全新的阶段。
2.
in recent years and its applications in X-ray astronomy.
文章介绍时变分析的时间尺度谱方法及其在X射线天文学中的应用。
3) rocket X-ray astronomy
火箭X射线天文学
5) X-ray astronomy
X射线天文
1.
The pioneering contributions to X-ray astronomy made by Riccaedo Giacconi who won the 2002 Nobel Prize for Physics are described, with emphasis on his extensive observations of the X-ray universe and development of X-ray imaging.
文章介绍了 2 0 0 2年诺贝尔物理学奖获得者贾科尼对X射线天文学的开创性贡献 ,特别介绍了贾科尼等在开拓空间观测和发展X射线成像技术这两个方面的工作 。
2.
The Solar neutrino problem and the long struggles of more than 30 years for solving this problem; the detection of SN1987A neutrinos and the recent solution of the Solar neutrino problem are discussed; and the discoveries and developments in X-ray astronomy are discussed as well.
还介绍了X射线天文学的发现和进展 。
6) observations-neutron starse-Υ-ray astronomy
观测-中子星-Υ射线天文学
补充资料：苏州天文图
见苏州文庙内宋代石刻。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条