The DT reaction leads to much more energetic neutrons than the DD reaction. DT neutrons have energy 14.1 MeV, whereas neutrons originating from the DD reaction have only 2.45 MeV. Thus, the DT neutrons penetrate further into objects which can be a benefit for screening and imaging applications. The output energy is an important consideration in shielding. The 14.1 MeV neutrons are significantly more energetic and require more material in order to moderate and absorb these neutrons. Shielding designs are therefore more involved. We are happy to work with customers to develop the right shielding solution for any application. The DT reaction is also more efficient (100 X) than the DD reaction, requiring less power than a comparable output DD generator. The DT110 requires only 500W as compared to several kilowatts for a DD110. Since the power requirements are modest, compact power supplies that can be operated using AC or battery power will become feasible for this type of neutron generator.