流逝
liú shì
Pinyin

Definition

流逝
 - 
liú shì
  1. (of time) to pass
  2. to elapse

Character Decomposition

Related Words (20)

交流
jiāo liú
  1. 1 to exchange
  2. 2 exchange
  3. 3 communication
  4. 4 interaction
  5. 5 to have social contact (with sb)
流
liú
  1. 1 to flow
  2. 2 to disseminate
  3. 3 to circulate or spread
  4. 4 to move or drift
  5. 5 to degenerate
  6. 6 to banish or send into exile
  7. 7 stream of water or sth resembling one
  8. 8 class, rate or grade
流星
liú xīng
  1. 1 meteor
  2. 2 shooting star
流星雨
liú xīng yǔ
  1. 1 meteor shower
流氓
liú máng
  1. 1 rogue
  2. 2 hoodlum
  3. 3 gangster
  4. 4 immoral behavior

Idioms (20)

人往高处走，水往低处流
rén wǎng gāo chù zǒu , shuǐ wǎng dī chù liú
  1. 1 man seeks his way up just as water seeks its way down (idiom)
  2. 2 one should constantly strive to make progress
付之东流
fù zhī dōng liú
  1. 1 to commit to the waters (idiom); to lose sth irrevocably
口碑流传
kǒu bēi liú chuán
  1. 1 widely praised (idiom); with an extensive public reputation
同流合污
tóng liú hé wū
  1. 1 to wallow in the mire with sb (idiom); to follow the bad example of others
家丑不可外传，流言切莫轻信
jiā chǒu bù kě wài chuán , liú yán qiè mò qīng xìn
  1. 1 Don't spread abroad the shame of the family, don't believe rumors lightly. (idiom)
  2. 2 Don't wash your dirty linen in public, don't listen to others' gossip.

Sample Sentences

还算有点常识呀你，狭义相对论是爱因斯坦在广义相对论发现前十年制定的，当时已令人震惊地揭示了时间的流逝并非绝对，但与牛顿在1687年所阐述的经典引力定律，在许多方面都不一致。
hái suàn yǒudiǎnr chángshí ya nǐ ，xiáyì xiāngduìlùn shì Àiyīnsītǎn zài guǎngyì xiāngduìlùn fāxiàn qián shínián zhìdìng de ，dāngshí yǐ lìng rén zhènjīng de jiēshì le shíjiān de liúshì bìngfēi juéduì ，dàn yǔ Niúdùn zài 1687 nián suǒ chǎnshù de jīngdiǎn yǐnlì dìnglǜ ，zài xǔduō fāngmiàn dōu bù yīzhì 。
So you do have some general knowledge. Special relativity was defined by Einstein ten years before he came to the theory of general relativity. At that time, he'd already revealed to everyone's surprise that the flow of time was not absolute, but it was also not entirely the same as the classic laws of gravitation which he described in 1687, in many aspects.
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