英汉例句

• zap a hydrogen atom and it will resonate at a particular rate: 1420 megahertz (mhz).

  轰击氢原子可以与某一特定的频率产生共鸣:1420兆赫。

• in terms of where different atoms are in a molecule, if you have a hydrogen atom or a fluorine atom, you can pretty much guarantee they「re always going to be terminal atoms.

  对于不同原子在分子中的位置，如果你有一个氢原子或者一个氟原子，那你基本可以保证,它们总是最末端的原子。

• let」s look at the energetics of one of those electrons crashing into a hydrogen atom inside the gas tube.

  我们一起来考察一下,其中的一个电子的能量,在阴极射线管中,撞击到氢原子上。

• so, what we get for the disassociation energy for a hydrogen atom is 424 kilojoules per mole.

  因此，我们就得到了氢原子,离解能的大小为，424，千焦每摩尔。

• so, i「m asking very specifically about radial nodes here, how many radial nodes does a hydrogen atom 3 d orbital have?

  我问的是径向节点，这里3d轨道的径向节点有多少个？

• an aromatic hydrocarbon group formed by the removal of a hydrogen atom from an arene.

  由芳烃去掉一个氢原子形成的芳香碳氢基团。

• this states that a hydrogen atom can collapse into a previously unknown form called a hydrino, producing energy.

  这种理论表明氢原子可以塌陷到一种以前从未被发现的次氢形态，并释放出能量。

• so you start out as like a hydrogen atom or something. (joe) you become a rock. (pl) is there a link between a 「smashing year」 that was announced by the cs early this year?

  那么，从一个氢原子之类的重新开始。（joe）你成为一个巖石。（pl）今年初，仙后座宣布的「捣碎年」和这之间有联系吗？

• ionized by energetic starlight, a hydrogen atom emits the characteristic red h-alpha light as its single electron is recaptured and transitions to lower energy states.

  氢原子被高能的恒星光离子化之后，在它的单个电子重新被捕获并跃迁到低能级上时会放出典型的红色h-alpha光。

• and i want to really highlight here we」re talking about for a hydrogen atom orbitals - with the same n value have the same energy.

  我想强调的是,我们所说的,都是对单个的氢原子,和言的,对于同样的n值能量相同。

• here we「re talking about a hydrogen atom and that」s what we「ll focus on today. and it」s incredibly precise and we're able to make the predictions and match them with experiment.

  是一个氢原子，我们今天都主要讨论它,它非常準确，我们可以做出,预测与实验比较，此外。

• spectral signals of individual atoms—say, the light emitted when a hydrogen atom is ionized—do not show up as discrete, narrow spikes at a specific wavelength.

  来自独立原子的光谱信息，比如，当氢原子离子化时发出的光，并不显示为位于特定波长附近的离散窄带。