[ 帅科. 太阳能重热海洋温差发电系统研究[ D]. 上海: 上海交通大学机械与动力工程学院, 2006: 13-15. Shuai Ke. Research of so lar ene rgy-reheating ocean therm a l energy conversion system [ D]. Shangha:i Schoo l ofM echanical Eng ineer ing, Shangha i Jiao Tong Un iversity, 2006: 13-15. ( in Ch inese)
[2]
[ Borsuk iew icz G A, Now akW. Com parativ e analysis of natural and synthetic refrig erants in applica tion to low tem pera ture C lausius ?? Rank ine cyc le[ J]. Energy, 2007, 32( 4): 344-352.
[3]
[ Sa leh B, Kog lbaue rG, W endlandM, et a .l W o rking flu ids for low tem pe ra ture organ ic Rankine cyc les[ J]. Energy, 2007, 32( 7): 1 210-1 221.
[4]
[ H ettiarachchiH D M, Go lubov icM, W orekW M, et a.l Optim um design cr iteria for an org an ic Rankine cycle us ing low- temperature geotherm a l heat sources[ J]. Ene rgy, 2007, 32( 9): 1 698-1 706.
[5]
[ M ichae lides E E, Sco tt G J. B inary- flash ing geo therm a l powe r p lant[ J]. Energy, 1984, 9( 4): 323-331.
[6]
[ K im N J, K im C N, ChunW. Using the condenser e ffluent from a nuclear pow er plan t fo r ocean the rm al energy conversion [ J] . Internationa l Commun ications in H ea t andM ass T ransfer, 2009, 36( 10) : 1 008-1 013.
[7]
[ Now akW, StachelA A, Bo rsukiew iczG A. Influence o f evaporation temperatu re and organ ic flu id properties in the lowe r cycle o f binary pow er p lant on its e fficiency and powe r[ J]. Arch ives of Thermodynam ics, 2006, 27( 4): 1-10.
[8]
[ 王辉涛, 王华. 海洋温差发电有机朗肯循环工质选择[ J]. 海洋工程, 2009, 27( 2): 119-124. W ang H uitao, W ang H ua. Se lection of working flu ids for ocean therm a l ene rgy conversion pow er gene ra tion org an ic Rankine cyc le[ J]. The Ocean Eng ineer ing, 2009, 27( 2) : 119-124. ( in Ch inese)
[9]
[ A lessandro F, M arco V. Optim a l design o f binary cy cle power plants for wa ter-dom inated, m edium-temperature geotherm al fie lds[ J]. Geotherm ics, 2009, 38( 4): 379-391.
