Publications

  1. Ssevviiri D. Effect of nilpotency on semisimplicity and cohomology of the Z-module, https://arxiv.org/abs/1705.02528.
  2. Kasozi J, Ssevviiri D and Umutabazi V. Red-injective modules, https://arxiv.org/abs/1705.06411
  3. Ssevviiri D. On completely prime modules, Elect. J. Algebra, 19, (2016) , 77-90.
  4. Groenewald N. J and Ssevviiri D. Classical completely prime submodules, Hacet J. Math Stat., 45(3), (2016), 717–729.
  5. Ssevviiri D. A relationship between 2-primal modules and modules that satisfy the radical formula, Elect. J. Algebra, 18, (2015), 34–45.
  6. Groenewald N. J and Ssevviiri D. Properties of different prime radicals of rings and modules, Algebra, 43(3), (2015), 971–982.
  7. Groenewald N. J and Ssevviiri D. On the Levitzki radical of modules, Elect. J. Algebra, 15, (2014), 77-89.
  8. Groenewald N. J and Ssevviiri D. Generalization of nilpotency of ring elements to module elements, Algebra, 42(2), (2014), 571–577.
  9. Ssevviiri D. Characterization of non-nilpotent elements of the Z-module ,  Int. J. Algebra, 7(15), (2013), 699–702.
  10. Groenewald N. J and Ssevviiri D. Kothe’s upper nil radical for modules, Acta Math. Hungar., 138 (4), (2013), 295–306.
  11. Groenewald N. J and Ssevviiri D. Completely prime submodules, Elect. Algebra, 13, (2013), 1–14.
  12. Groenewald N. J and Ssevviiri D. 2-primal modules, Algebra Appl., 12, (2013), 1250226, DOI: 10.1142/S021949881250226.
  13. Ssevviiri D. Structure of non-nilpotent elements of some Z-modules, Int.  J. Algebra, 6 (14), (2012), 691–695.