“伏尔坎”这个名字被用来给未被发现的星体命名。
有一种更小的星际碎片，是流星体。
An even smaller type of interplanetary debris is the meteoroid.
陨石其实就是那些穿透过来的行星体。
类星体和星系哪一个形成在前呢？
黑洞吸积是类星体的能量来源。
The accretion onto the black hole is the source of the quasar's energy.
类星体吸收线的研究具有重要意义。
It is particularly important to study the absorption lines of quasar.
宇宙充塞著沙粒大小的流星体。
Meteoroids are small particles in space with size similar to grains of sand.
星体层表皮：一个星体层的表面皮肤。
Astral plane surface skin: The surface skin of an astral plane.
微型类星体是一种质量接近黑洞的恒星。
Microquasars are black holes of about the same mass as a star.
类星体是“类似恒星射电源”的缩写。
首先，我们的星体从哪里得到能量呢？
一种观点认为，这些尘埃来自类星体。
有些星体肉眼是看不见的。
但是他们没有预言到这种星体会有这么多。
每一星体根据本身的天性与力量而作用。
Each celestial agent ACTS only according to its own nature and power.
而和海王星比起来，冥王星体积又太小。
It is all because, compared with Neptune, Pluto is very small.
某些物质与其他星体中发现的物质十分相似。
Some material looks very similar to what is found in comets.
它是类星体主要辐射区域的一种合理模型。
This disk may be a rational model for the region of continuum radiation of quasar.
在这种星体排列下，不会计画保障不会成功。
Under this alignment failure to plan guarantees failure to succeed.
首先研究了星体模型。
所谓陨石，就是降落于地球表面的大流星体。
The so-called meteorite is a large meteoroid landed on the Earth's surface.
迄今为止我们还没有证据证明一个星体就是黑洞。
Right now we have no evidence that an object is a black hole.
它变成了老年星体。
他们不太确定十倍于太阳以上的星体的形成方式。
They were less certain about stars with more than 10 times the sun's mass.
大陵五的亮度变化的原因不是由于星体物质特殊。
Algol's brightness variations are not due to some special quality of a single star.
大陵五的亮度变化的原因不是由于星体物质特殊。
Algol's brightness variations are not due to some special quality of a single star.
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