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Life-cycle boundary of the thermodynamic cycle.
Published 2025“…rsv_idx=1&tn=15007414_12_dg&wd=proves翻译&fenlei=256&usm=1&ie=utf-8&rsv_pq=f06398ff00987d3a&oq=prove&rsv_t=e735Ha0NuyAhPEhCR+rAjDMVIWE1C2sOZsORaFhddHALt4hKAB8hJ5Fu+jFo6KjaqQeiQ4M&sa=re_fy_huisou" target="_blank">prove</a> that, for S-KC, P-KC and DL-KC, the higher net power output (<i>W</i><sub><i>net</i></sub>) can be gained with decreasing condenser outlet temperature and regenerator temperature difference, and increasing evaporator temperature difference and superheat degree, the lower electricity production cost (<i>EPC</i>) can be acquired with decreasing condenser outlet temperature, evaporator temperature difference and regenerator temperature difference, while the less environment impact load (<i>EIL</i>) can be attained with decreasing condenser outlet temperature, regenerator temperature difference and basic ammonia concentration, and increasing superheat degree. …”
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The influence of different thalamic inputs on the SO cycle dynamics.
Published 2022“…PY firing rate is relatively increased by fast spindle input (red); <b><i>C</i></b>, with only slow spindles (fast spindles were blocked). …”
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