1. Elektronika va sxemalar

2.  Noan’anaviy energiya manbalari

3.  Shamol energetikasi

4.  Kondensirlangan muxitlar fizikasi

Fizikani o‘qitish metodikasi, umumiy fizika va fizika ta’limi.

 

1. Valiyev U.Q. The role and significance of the act in teaching semiconductor physics in higher and secondary special educational institutions.
   Scientific Bulletin of Bukhara State University, 2022, No.1 (89), pp.104–119. ISSN 2181-1466.
2. Valiyev U.Q., Nosirov M. Methods of solving problems in semiconductor physics.
   Physics, Mathematics and Informatics, Tashkent, 2011, pp.66–69.
3. Valiyev U.Q., Nosirov M. Methods of solving problems in semiconductor physics.
   Physics, Mathematics and Informatics, Tashkent, 2009, No.4, pp.49–51.
4. Valiyev U.Q., Tursunmetov K.A. Experimental setup for determining the thermal conductivity of semiconductor solar cells.
   Applied Solar Energy, 2010, Vol.46, No.2, pp.163–164. (IF = 0.47).
5. Valiyev U.Q., Tursunmetov K.A., Mavlyanov H.Yu., Khudaiberdieva A.I.
   On the organization of problem solving in the physics of semiconductors.
   Physics at Schools and Universities, International Conference Proceedings, St. Petersburg, 2010, Vol.12, pp.73–76.
6. Valiyev U.Q., Tursunmetov K.A. Methods for solving problems on semiconductor physics.
   Modern Education, 2017, No.8, pp.11–16.
7. Valiyev U.Q., Tursunmetov K.A., Mavlyanov H.Yu., Khudaiberdieva A.I.
   Educational experimental setup for determining the thermal conductivity of semiconductor materials.
   Scientific and Technical Journal, Voronezh, 2013, No.3 (RFH), pp.38–40. (IF = 0.265).
8. Valiyev U.Q., Tursunmetov K.A., Mavlyanov H.Yu. On the problem of organizing the solution of physics tasks for semiconductors.
   Science, Education, Technology, 2010, No.2–3, pp.38–39.
9. Valiyev U.Q., Mavlyanov H.Yu. Modern methods of teaching semiconductor physics.
   National Scientific and Practical Conference “Modern Microelectronics and Innovation Integration,” Andijan, 2020, pp.455–458.
10. Valiyev U.Q. The importance of information technologies in teaching semiconductor physics.
    Republican Conference on Theoretical and Nuclear Physics, Andijan, 2020, pp.845–849.
11. Valiyev U.Q. Using modern information technologies in solving physics problems.
    Conference on Physics, Mathematics and Informatics, Tashkent, 2010, No.2, pp.114–115.
12. Valiyev U.Q., Nosirov M., Bozorov O., Mavlyanov H.
    Textbook: Problems and questions in semiconductor physics.
    Tashkent State University, 2012, 134 p.
13. Valiyev U.Q., Mavlyanov H.Yu., Xamidjonov I.Kh.
    Textbook: Laboratory equipment for semiconductor physics.
    Tashkent State University, 2009, 219 p.

Valiyev U.Q., Nosirov M.
Teaching guide: Experimental applications in physics.
Andijan, 2010, 40 p.