1.
Research of Physics Character for Dark Energy and Dark Energy Star in the Universe;
宇宙中暗能量和暗能量星物理性质的研究
2.
Observational constraints on varying dark energy modelwith Ia supernova;
Ia超新星对变化暗能量模型的限制
3.
Its gravitational repulsion would offset galaxies' gravitational attraction, thereby deadening their motion.
暗能量的斥力会抵消星系间的引力，从而减弱了星系的运动。
4.
This is because gravity is more powerful than dark energy, so the galaxies can't be pushed apart.
这是因为引力比“暗能量”更强大，所以星系不会被推开。
5.
THE ANCIENT SUPERNOVAE also provided new clues about dark energy, the underlying cause of the cosmic speedup.
远古的超新星也提供了驱使宇宙加速膨胀之暗能量的相关新线索。
6.
"As the universe expands, these galaxies stay the same size. This is because gravity is more powerful than dark energy, so the galaxies can't be pushed apart."
当宇宙扩张之时,星系的大小保持不变。这是因为引力比"暗能量"更强大,所以星系不会被推开。
7.
Dark powers have always supplied the planet Earth with technology concentrated on guns so that people scare or possibly kill each other.
黑暗的力量一直用技术供应行星地球专注于枪炮，以便人受恐吓或可能彼此屠杀。
8.
At infrared wavelenths the region is less opaque, and cool protostars are expected to emit most of their energy in the infrared.
在红外波长范围，暗云区是较透明的，而冷的原恒星应在红外区发射其能量的大部分。
9.
For the time being, no other instrument is as vital to the hunt for distant supernovae to pin down dark energy.
对于藉著搜寻遥远超新星以确定暗能量的本质而言，目前暂时没有其他仪器像哈伯一样重要。
10.
"It was a rather dingy night, although a fair number of stars were out.
“这是个昏暗的夜晚，虽然天空中有相当数量的星星。
11.
Study of Quintom Dark Energy Model in Spinor Field
旋量场中Quintom暗能量模型的研究
12.
There was no red fringing around Saturn when viewed through the Megrez Fl., but this might have been because it was relatively dim compared to the moon.
高倍下看土星没有红边，可能是因为土星要比月亮暗一些的原因。
13.
The phosphor got darker and darker, at the end it disappeared.
启明星慢慢变暗，变暗……呀，启明星消失了。
14.
Cosmological Scaling Solution and Statefinder Diagnose for Dark Energy;
宇宙学标度解与暗能量的Statefinder诊断
15.
Modification of FRW Model and Induced Dark Energy;
FRW模型的修改和诱导暗能量(英文)
16.
Dark energy served by Tachyon field with symmetrical property
具有对称性的tachyon场作为暗能量
17.
This research suggests that not all supermassive black holes were formed in the quasar era.
这些研究暗示，并非所有超大质量黑洞都是在类星体时代形成。
18.
Massive dark clouds of gas and dust are silhouetted against the flaming starlight.
大量气体和尘埃的暗云在炽热的星光下形成剪影。