gravitational waves的意思

gravitational waves中文翻譯：

[相對][天]引力波；[物]重力波

相似詞語短語

gravitational wave───[相對][天]引力波；[物]重力波

gravitational masses───[物]引力質量

gravitational mass───[物]引力質量

gravitational forces───萬有引力，地心引力；重力

gravitational lenses───重力透鏡

gravitational lens───引力透鏡

gravitational pulls───萬有引力

gravitational fields───[力]引力場，[地物]重力場

gravitational collapses───[天]引力坍縮

雙語使用場景

If the black holes in a binary system merge, then an even stronger pulse of gravitational waves radiates away from the system.───如果雙黑洞結合在一起，那么更強的引力波脈沖波將從這個雙黑洞的二元體系輻射開來。

different, though, for the fifth wager—that gravitational waves would be detected.───然而，對于第五個賭盤來說--重力波將被發現，結局有可能會不同。

So there are probably gravitational waves passing through our solar system all the time, though scientists have yet to detect them.───所以盡管科學家還沒有探測到重力波，但它有可能早已是途經太陽系的常客。

It may help to think of gravitational waves as the ripples that form when you throw a rock into a pond.───把引力波想象成投入池塘中的石頭引起的水波可能會幫助理解。

One of the best possible sources for gravitational waves would be a merger between compact binary neutron stars.───觀測引力波的最佳時機之一就是兩顆中子星互相吞噬的過程。

Nearly 40 years on, researchers around the world are still straining to see gravitational waves, so far without success.───直至今日近40年的時間里，全世界的研究者都圍繞著發現重力場波動而進行著工作，但時至今日仍然沒有進展。

In the cores of stars clusters, black hole binaries are sufficiently tightly bound to be significant sources of gravitational waves.───在星團的核心部分，雙黑洞緊密束縛在一起，成為引力波的重要來源。

Cosmic strings would also create incredible gravitational waves, stronger than any other known source.───宇宙弦還會產生無與倫比的至強引力波。

英語使用場景

In the alternative case of thick gravitational waves, they are non-scalar curvature singularities.

During the passage of gravitational waves it is the structure of space-time itself which oscillates.

Gravitational waves were predicted by Einstein's general theory of relativity in 1916.

Here, the gravitational waves emitted from the orbital motion in the mHz range would be detectable.

This describes the collision of plane gravitational waves with step wavefronts.

Weber claims recently to have observed gravitational waves coming from the centre of the galaxy.

According to the "general relativity" predict "graviton" and "gravitational waves" does not exist.

It thus excludes situations involving impulsive gravitational waves.

They then appear to us as what a classical physicist would call waves, such as waves of light or gravitational waves.