熱能工程專業(yè)論文適合發(fā)表sci嗎

　　想要在sci上發(fā)表論文，首先就是要了解sci收錄哪些方向的論文，熱能工程專業(yè)論文適合發(fā)表sci嗎?

　　SCI收錄報道并標引了6400多種自然科學、工程技術、生物醫(yī)學范疇的所有領域的領先期刊，學科范圍涉及農業(yè)與食品科技、天文學、行為科學、生物化學、生物學、生物醫(yī)學、化學、計算機科學、電子學、工程學、環(huán)境科學、遺傳學、地球科學、儀器、材料科學、數學、醫(yī)學、微生物學、原子能科學、藥理學、物理學、精神病學與心理學、統(tǒng)計與概率、技術與應用科學、獸醫(yī)學、動物學等170多個領域，其中工程學也包括熱能工程專業(yè)論文。

　　范例一：

　　熱能工程專業(yè)sci論文范例：Effects of aging heat treatment after friction surfacing on microstructure and corrosion behavior of aluminum matrix composite

　　摘要：This research has studied the effect of artificial aging heat treatment on the microstructure and corrosion behavior of Al-Zn-Mg-Cu alloy matrix composite. In the present study， nickel-aluminide reinforcement was fabricated in-situ during the stir casting process of Al-Zn-Mg-Cu alloy. After friction surfacing of an as-cast composite consumable rod on AA1050 substrate and post-processing artificial aging heat treatment at 125 ℃ for 18 hours， significant grain growth was observed in the nickel-fre

　　來源：《Transactions of Nonferrous Metals Society of China》

　　(錄用定稿)網絡首發(fā)時間：2022-05-31

　　范例二：

　　熱能工程專業(yè)sci論文范例：Experimental Investigation on Finned Solar Still With Enhanced Thermal Energy Storage

　　摘要 / Abstract：In the present study, a novel solar still incorporated with fins and phase change material (PCM)-based energy storage was designed. To investigate the influence of fins and energy storage unit, four cases of stills were considered. In case I, a conventional type was considered, whereas square hollow fins were fitted over the basin liner of the still in case II. In addition to fins as in case II, case III employs an energy storage unit wherein PCM was packed beneath the basin liner. Case IV was similar to case III except for the extension of fins into the storage unit.

　　來源：《J. Thermal Sci. Eng. Appl》(錄用定稿)網絡首發(fā)時間：2022-06-03

　　范例三：

　　熱能工程專業(yè)sci論文范例：Multiobjective Optimization of a Combined Heating and Power System Based on Compressed-Air Energy Storage and Thermochemical Technology

　　摘要 / Abstract：Compressed-air energy storage has been considered as a promising technology to smooth the fluctuations of renewable energy sources and improve the peak-shaving flexibility capacity of power systems. In order to improve the energy degree of compression heat and enhance the system performance, the current paper described a novel combined heating and power system that integrates compressed-air energy storage with thermochemical technology. In the proposed system, the compression heat is coupled with methanol decomposition reaction to convert the thermal energy to chemical energy (H2 and CO). A sensitivity analysis was carried out to investigate the effects of five key parameters on the system performance.

　　來源：《Journal of Energy Engineering》(錄用定稿)網絡首發(fā)時間：2022-06-02

　　不同的研究領域發(fā)表論文的難度也存在較大差異，受學科特點影響，有的學科研究周期長、出成果慢，所以發(fā)文章的頻率會相對較低，而有的學科研究周期短、變量多、容易出新成果，因而發(fā)文章的頻率也就相應更高。更多關于sci論文發(fā)表的問題可查看網站以往其他文章。

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