The binding energy of the deuteron can be found experimentally . 可以实验测定氘的结合能。
2.
Accelerated beams of deuterons bombarding a target will not work . 用加速的氘核来打击靶将不起作用。
3.
The deuteron can fuse with another proton to make a helium 3 nucleus . 氘核可以和另一个质子聚合以生成一个氦3核。
4.
The suggestion was that the deuterons ? hydrogen nuclei bearing an extra neutron each ? making up the heavy water were fusing 这项宣布掀起极大的争议，因为这表示，重水中的氘核（比一般氢原子核多一个中子）发生了融合反应。
5.
Scientists in 1995 succeeded in producing anti - atoms of hydrogen , and also anti - deuteron nuclei , made out of an antiproton and an antineutron , but not yet more complex antimatter 科学家在1995年成功生产了氢的反原子,以及反氘核核子,由一个反质子和一个反中子生成,仅仅还不能是更为复杂的反物质。
