CESM

常見例句

• And the optimum technology conditions of fabricating Na_2SO_4/SiO_2 CESM are obtained.
  本文通過差示掃描量熱儀、激光熱常數(shù)儀、Instron 8032材料試驗機和自制溫度采集系統(tǒng)等對制備出的Na_2SO_4/SiO_2復(fù)合儲能材料熱物理性能和熱循環(huán)穩(wěn)定性進行了詳細的研究。
• The components and microstructure of Na_2SO_4/SiO_2 CESM are researched in detail by XRD, SEM and POL. . The XRD results show no new substance appears other than sodium sulfate and silicon dioxide.
  其結(jié)果表明,Na_2SO_4/SiO_2復(fù)合儲能材料具有較高的儲能密度、良好的導(dǎo)熱性和一定的高溫強度,經(jīng)過長期反復(fù)循環(huán)使用后性能穩(wěn)定,能夠經(jīng)得
• In this paper, a new type salt/ceramic composite energy storage material(CESM) is fabricated successfully by applying an innovating technology firstly which is molten Na_2S)_4 infiltrating porous ceramics performs spontaneously.
  本文率先采用自發(fā)熔融浸滲工藝實現(xiàn)了熔融無機鹽和陶瓷預(yù)制體的浸滲復(fù)合,并成功地制備出Na_2SO_4/SiO_2新型復(fù)合相變儲能材料。
• The CESM can solve problems of existing PCMs and sensible heat materials, and exchange heat in direct contact with compatible fluid in the process of energy storage, so the efficiency of exchanging heat is improved greatly.
  在儲能過程中,這種材料可與相容性流體直接接觸換熱,大大提高了換熱效率。
• An innovating technology is put forward in this paper and the new type salt /ceramic composite energy storage material (CESM) is fabricated successfully by mixing and sintering method.
  本文提出了將無機鹽和陶瓷材料進行復(fù)合的創(chuàng)新方法,采用混合-燒結(jié)法成功地制備出了新型無機鹽/陶瓷基復(fù)合儲能材料,克服現(xiàn)有無機鹽相變材料和顯熱材料存在的缺點。
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