SOLAR SYNTHESIS III: NEW DATA AND THEORIES FOR HYDROGEN-BURNING STARS
DOI:
https://doi.org/10.55640/Keywords:
Solar synthesis, hydrogen burning, nuclear reactions, S-factor, neutrino flux, CNO cycle, astrophysical modeling.Abstract
This paper analyzes new experimental data and theoretical models related to nuclear fusion processes occurring in the Sun and other hydrogen-burning stars. By improving the precision of nuclear reaction measurements, calculating the astrophysical “S-factor,” and modeling the internal energy balance of stars, our understanding of the Sun’s energy source has been further expanded. The results of the study made it possible to determine updated values for the solar neutrino flux and nuclear reaction rates.
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1.Boboqulova M. X. (2025). NANOELEKTRONIKA MATERIALLARI: XOSSALARI, TURLARI VA QO‘LLANILISH SOHALARI. Development Of Science, 6(5), pp. 192-199. https://doi.org/0
2.Boboqulova, M. X. (2025). MEXANIK TO ‘LQINLARNING INSON ORGANIZMIGA TA’SIRI. Science, education, innovation: modern tasks and prospects, 2(6), 34-43.
3.Boboqulova, M. X. (2025). BIOLOGIK TOQIMALAR VA SUYUQLIKLARNING OZGARMAS TOKDA ELEKTR OTKAZUVCHANLIGI. Science, education, innovation: modern tasks and prospects, 2(6), 58-66.
4.Boboqulova, M. X. (2025). SUYUQ KRISTALLAR VA ULARNING XOSSALARI. Problems and solutions at the stage of innovative development of science, education and technology, 2(4), 42-49.
5.Boboqulova, M. X. (2025). GIDROENERGETIKANING ENERGETIKA SOHASIDA TUTGAN O ‘RNI VA AHAMIYATI. Recent scientific discoveries and methodological research, 2(6), 14-24.
6.Boboqulova, M. X. (2025). OPTIKA QONUNLARINING TIBBIYOTDA AHAMIYATI. Introduction of new innovative technologies in education of pedagogy and psychology, 2(5), 42-52.
7.Boboqulova, M. X. (2025). RADIOAKTIVLIK. IONLASHTIRUVCHI NURLANISHNING ORGANIZMGA TA’SIRI. Introduction of new innovative technologies in education of pedagogy and psychology, 2(5), 18-26.
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