天体的

The various colours significant of various degrees of vitality (white, yellow, crimson, vermilion, cinnabar): their degrees of brilliancy: their magnitudes revealed up to and including the 7th: their positions: the waggoner's star: Walsingham way: the chariot of David: the annular cinctures of Saturn: the condensation of spiral nebulae into suns: the interdependent gyrations of double suns: the independent synchronous discoveries of Galileo, Simon Marius, Piazzi, Le Verrier, Herschel, Galle: the systematisations attempted by Bode and Kepler of cubes of distances and squares of times of revolution: the almost infinite compressibility of hirsute comets and their vast elliptical egressive and reentrant orbits from perihelion to aphelion: the sidereal origin of meteoric stones: the Libyan floods on Mars about the period of the birth of the younger astroscopist: the annual recurrence of meteoric showers about the period of the feast of S.

357显示出不同程度之生命力的缤纷色彩（白、浅黄、深红、朱红、银朱）；诸星之亮度；一直包括到七等星、以等级标志的诸星之大小；诸星的位置；御夫座；沃尔辛厄姆路；大卫的战车；土星光环；螺旋星云凝固后形成有卫星的恒星群；两重大阳相互依存的旋转运动；伽利略、西蒙。马里乌斯、皮亚齐、勒威耶、赫歇耳、加勒等人各自独立地同时所做的发现；波得和开普勒所尝试的距离的立方与回转次数的平方的体系化；多毛的众彗星那几殆无限的被压缩性，以及自近日点至远日点那广漠的远心的重返大气层的椭圆轨道；陨石的恒星之起源；年纪较轻的天体观测者诞生的那个时期火星上所出现的"暗波"现象；每年在圣劳伦斯节前后降落的陨石雨；每月都发生的所谓"新月抱旧月"现象；关于天体对人体的影响的假定；威廉。

The research interests in the centre for astrophysics and planetary science include solar system studies, astrobiology, space missions, star formation, astrochemistry, superconducting astronomical detector development, and the cosmic history of galaxy formation.

该中心研究的兴趣在天体物理学和行星科学，包括太阳系的研究，太空生物学，太空任务，恒星的形成，天体化学，超导天文探测器的研究的发展，以及银河形成的宇宙历史。

The author discussed the effect of opacity on stellar evolution and concentrated on the mechanism of triggering blue loop by using Padova stellar model. It shows that extended mixing at the bottom of the convective envelope changed the interior hydrogen profile, which triggers or suppresses blue loop. Laboratory astrophysics, which is a cross subject of astrophysics and plasma physics, combines the demand of accurate data of radiative opacity with the latest advances in high intense lasers to devise the third independent method to study the radiative opacity. On the basis of the comparison between stellar material and laser-produced plasma in terrestrial laboratory, the desirable way to study opacity in laboratory and the brief introduction to the experiments relative to opacity are given.

本论文就开展辐射不透明度实验室研究的背景、内容和意义进行了介绍，并在对实验室的激光等离子体和天体环境下的恒星物质两者差异和相关性的认识基础上，论证了开展辐射不透明度实验室研究的可行性，而且对世界上正在开展的类似研究予以简要介绍，期望可以将天体物理领域对辐射不透明度数据可靠程度的质疑以及对其准确数值的广泛要求，与激光等离子体物理实验的最新进展相结合，推进辐射不透明度实验室研究，为辐射不透明度的研究开拓了继天文观测和理论计算的第三种独立的手段。

A self-luminous celestial body consisting of a mass of gas held together by its own gravity in which the energy generated by nuclear reactions in the interior is balanced by the outflow of energy to the surface, and the inward-directed gravitational forces are balanced by the outward-directed gas and radiation pressures.

星，天体：本身能发光的天体，由自身吸力吸引的大量气体组成内部核反应产生的能量流向表面，向内的引力通过逃逸的气体和放射压力相抵消来达到平衡

It is the study of the use of spherical coordinates to determine how the objects projected on the celestial sphere depending on the location, and study these changes depending on location laws and causes, offered to time depending on location of celestial calculation of parameters of the basis and method, as all the astronomical observations necessary for the basics, the main means of spherical trigonometry math and matrix operations.

它所研究的是怎样利用球面坐标确定天体投影在天球上的视位置，并研究这些视位置变化的规律和产生原因，提出以时间为参数的计算天体视位置的依据和方法，成为一切天文观测所必需的基础知识，主要的数学手段是球面三角学和矩阵运算。

Other authors include Daniel Apai of the Space Telescope Science Institute, Baltimore, Md.; Kevin Luhman of Pennsylvania State University, University Park; Thomas Henning and Jeroen Bouwman of the Max Planck Institute for Astronomy, Germany; Michael Meyer of the University of Arizona, Tucson; Fred Lahuis of the SRON Netherlands Institute for Space Research, the Netherlands; and Antonella Natta of the Arcetri Astrophysical Observatory, Italy.

其他论文作者：马里兰州巴尔的摩市太空望远镜科学研究所的丹尼尔·Apai；宾西法尼亚州立大学的凯文·Luhman；德国马克士普朗克天体物理研究所托马斯·亨宁和Jeroen·Bouwman；图森市亚利桑那大学的迈克尔·梅耶尔；荷兰尼德兰空间研究协会的弗雷德·拉豪斯；意大利佛罗伦斯市雅赛墔天体物理观测站的Antonella·纳塔等。

Other authors include Daniel Apai of the Space Telescope ScienceInstitute, Baltimore, Md.; Kevin Luhman of Pennsylvania StateUniversity, University Park; Thomas Henning and Jeroen Bouwman of theMax Planck Institute for Astronomy, Germany; Michael Meyer of theUniversity of Arizona, Tucson; Fred Lahuis of the SRON NetherlandsInstitute for Space Research, the Netherlands; and Antonella Natta ofthe Arcetri Astrophysical Observatory, Italy.

其他论文作者：马里兰州巴尔的摩市太空望远镜科学研究所的丹尼尔·Apai；宾西法尼亚州立大学的凯文·Luhman；德国马克士普朗克天体物理研究所托马斯·亨宁和Jeroen·Bouwman；图森市亚利桑那大学的迈克尔·梅耶尔；荷兰尼德兰空间研究协会的弗雷德·拉豪斯；意大利佛罗伦斯市雅赛墔天体物理观测站的Antonella·纳塔等。

Use the five－element 汤池/ odorum / Yin - Yang and gold / fire / soil water which propagates complementary principles, namely, to join the platycodon, cassiae, dioscoreae, miltiorrhiza, a smooth, liandu and demethyltetrandrine soup, a number of different respectively to human lungs, liver, kidney, heart, spleen has a very good curative effect and health effects.

天体浴 它是花都温泉源于自然的一个主题区域——天体浴。采用男女分浴，中间用篱笆相隔，&只闻其声不见其人&，水雾弥漫里更平添朦胧飘渺之感，让人恍如梦中。自高而下的水瀑布平分两区，体现了男女平等。在这里您可以忘却世俗观念，尽情的融入温泉、融入自然，让所有的世间琐事抛之脑后，整体突出返璞归真、天人合一。也充分体现了花都温泉&水之灵，花之魂，物我交融、天人合一&的自然、生态、休闲之&健康养生观&。

Using the theory of radiative capture reaction and combining our department experiment, we investigate two nuclear reactions, 11C12N and 12C13C, and calculate the cross sections and astrophysical reaction rate of them.

利用研究的辐射俘获反应的理论，我们结合了我所的实验工作，研究了两个天体物理感兴趣的核反应~(11)C~(12)N和~(12)C~(13)C，计算了它们的反应截面以及天体核反应率。

From these analyses, we found that the spectral index is higher than,and gained that the evolution of AGNS could be from high-energy objects to the low-energy objects,such as BL Lac objects to the low-polarizble Quasar. In the paper, we also studied the possible correlations of the redshift and the spectral index and flux densities for different wavebands.

同时本论文还对活动星系核的各波段的流量密度进行了分析，得出：活动星系核的演化是由流量密度大的天体演化到流量密度小的天体；活动星系核的各波段辐射流量存在线性相关性，尤其是BL Lac的各波段辐射流量的线性相关特别突出。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。