In this paper, we conduct research on primary core factors of influencing college students＇ entrepreneurial success rate under the perspectives of the law and team management perspectives. College students＇ entrepre...In this paper, we conduct research on primary core factors of influencing college students＇ entrepreneurial success rate under the perspectives of the law and team management perspectives. College students＇ entrepreneurship education is cultivating he students innovative spirit and creative ability as the basic value tendency, in order to cultivate creative talents as the main goal of education, it is an extension of the quality-oriented education, is the comprehensive development of students＇ qualities of wisdom education is the all-round development of students＇ personality education ＇is pay more attention to the body of the human spirit, the humanist education. Carrying out entrepreneurship education, the reform and development of higher education to improve the quality of talent training levels promote national independent innovation and entrepreneurship has important significance. Our research proposes the novel perspective on the issues that is meaningful.展开更多
This study aims to thoroughly investigate the axial power peaking factors (PPF) within the low-enriched uranium (LEU) core of the Ghana Research Reactor-1 (GHARR-1). This study uses advanced simulation tools, like the...This study aims to thoroughly investigate the axial power peaking factors (PPF) within the low-enriched uranium (LEU) core of the Ghana Research Reactor-1 (GHARR-1). This study uses advanced simulation tools, like the MCNPX code for analysing neutron behavior and the PARET/ANL code for understanding power variations, to get a clearer picture of the reactor’s performance. The analysis covers the initial six years of GHARR-1’s operation and includes projections for its whole 60-year lifespan. We closely observed the patterns of both the highest and average PPFs at 21 axial nodes, with measurements taken every ten years. The findings of this study reveal important patterns in power distribution within the core, which are essential for improving the safety regulations and fuel management techniques of the reactor. We provide a meticulous approach, extensive data, and an analysis of the findings, highlighting the significance of continuous monitoring and analysis for proactive management of nuclear reactors. The findings of this study not only enhance our comprehension of nuclear reactor safety but also carry significant ramifications for sustainable energy progress in Ghana and the wider global context. Nuclear engineering is essential in tackling global concerns, such as the demand for clean and dependable energy sources. Research on optimising nuclear reactors, particularly in terms of safety and efficiency, is crucial for the ongoing advancement and acceptance of nuclear energy.展开更多
文摘In this paper, we conduct research on primary core factors of influencing college students＇ entrepreneurial success rate under the perspectives of the law and team management perspectives. College students＇ entrepreneurship education is cultivating he students innovative spirit and creative ability as the basic value tendency, in order to cultivate creative talents as the main goal of education, it is an extension of the quality-oriented education, is the comprehensive development of students＇ qualities of wisdom education is the all-round development of students＇ personality education ＇is pay more attention to the body of the human spirit, the humanist education. Carrying out entrepreneurship education, the reform and development of higher education to improve the quality of talent training levels promote national independent innovation and entrepreneurship has important significance. Our research proposes the novel perspective on the issues that is meaningful.
文摘This study aims to thoroughly investigate the axial power peaking factors (PPF) within the low-enriched uranium (LEU) core of the Ghana Research Reactor-1 (GHARR-1). This study uses advanced simulation tools, like the MCNPX code for analysing neutron behavior and the PARET/ANL code for understanding power variations, to get a clearer picture of the reactor’s performance. The analysis covers the initial six years of GHARR-1’s operation and includes projections for its whole 60-year lifespan. We closely observed the patterns of both the highest and average PPFs at 21 axial nodes, with measurements taken every ten years. The findings of this study reveal important patterns in power distribution within the core, which are essential for improving the safety regulations and fuel management techniques of the reactor. We provide a meticulous approach, extensive data, and an analysis of the findings, highlighting the significance of continuous monitoring and analysis for proactive management of nuclear reactors. The findings of this study not only enhance our comprehension of nuclear reactor safety but also carry significant ramifications for sustainable energy progress in Ghana and the wider global context. Nuclear engineering is essential in tackling global concerns, such as the demand for clean and dependable energy sources. Research on optimising nuclear reactors, particularly in terms of safety and efficiency, is crucial for the ongoing advancement and acceptance of nuclear energy.
