1, Some reactions between deuterons and lithium nuclei.

2, The products of nuclear fusion involving deuterons with hydrogen isotopes.

3, When two deuterons fuse together at low energy,(http:///deuteron.html) the neutron is liberated with an energy of 2.45 MeV.

4, The binding energy of the deuteron can be found experimentally.

5, The deuteron can fuse with another proton to make a helium 3 nucleus.

6, In fact , the nuclear effect in the deuteron structure function is not negligible.

7, To clarify the nuclear effects of deuteron will contribute to a better understanding of parton distributions in bound nucleon.

8, The experiences in trouble shooting of the deuteron and tungsten lamps in the service of P E 5000 atomic absorption spectrophotometers were demonstrated in this paper.

9, We describe nuclear effects of deuteron with 6-quark clusters models. We calculate the polarized structure function of deuteron. The result is in agreement with experimental data.

10, The calculated results show that the expense of tritium under irrddiation of deuterium beam on TTi target is caused by the replacement of the injected deuteron.

11, Similarly, electron scattering produces electrons that travel away from the sun, whereas the Cerenkov light from deuteron breakup can point in any direction.

12, Polarized deep inelastic scattering is a powerful tool for studying the internal refined information about the parton structure of the proton and deuteron.

13, By using the leakage and overlap of the partons inside nucleon model, the deuteron structure functions are calculated.

14, After some extension, the model can also be used to describe the properties of deuteron and nucleon-nucleon interaction. The model can provide us much more information of QCD and strong interaction.