直接接触喷射式冰浆制备技术研究
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摘要
空调蓄冷技术,即是在电力负荷很低的夜间或者低谷电价时段,采用电动制冷机制冷,利用蓄冷介质的显热或潜热特性,用一定方式将冷量贮存起来并在电力负荷较高的白天,也就是用电高峰期,把贮存的冷量释放出来,以满足建筑物空调或生产工艺的需要。
对国内外冰蓄冷技术研究热点进行了回顾,提出了直接接触喷射式冰浆制备技术。
对直接接触喷射式制冰装置进行了设计。设计过程中解决冷媒与水的分离以及喷嘴、换热器和管道的防冰堵等问题,将制冰罐和换热器制成一体,设计独特的制冰罐及制冰装置结构,并利用预冷、引射等技术,并提高了整个冰浆制备装置的效率和设备的可靠性。
提出了直接接触喷射式液滴换热的理论模型,并进行了详细分析,分析中使用了Matlab编程计算。直接接触喷射式制冰及传热理论的提出,为该种方式的设计提供理论依据及参考。论文提出的理论包括:液滴换热面积的计算理论、液滴滞留时间理论、液滴换热理论。理论上解决了制冰罐温度随时间的分布、制冰量与喷射器关系及制冰量、换热量的理论计算方法。
根据国内外相关文献,总结出在管道中冰浆流动特性、摩擦阻力、传热关系式,并对冰浆在空调系统中的动态特性、传热性能等进行了分析说明。
搭建了直接接触喷射式冰浆制备装置实验台。介绍了试验调试步骤,包括运转前准备、系统的气密性试验、制冷剂的充注、载冷剂的充注、运转检查;对试验过程中遇到的各种问题和解决方法进行了介绍,提出了载冷剂改进方案与蓄冷槽改进方案;对动态冰蓄冷系统进行了深入的实验研究,验证并补充理论研究;实验最终达到了预期的效果,即生成的冰浆流动性好、不发生冰堵、制冰工况稳定。
综上所述,本文的工作包括:提出了直接接触喷射式冰浆制备技术;对直接接触喷射式冰浆制备装置进行了设计,并搭建了直接接触喷射式冰浆制备实验台;在此基础上,提出了直接接触喷射式制冰的理论,并对该理论进行了分析及比对计算。该理论的提出为直接接触喷射式制冰方式的设计、制造提供了可靠的依据,同时解决了设计过程中没有成型理论支持的困局。论文的研究具有重要的理论与实际意义。
相信随着直接接触式动态冰蓄冷技术不断发展与完善,它将成为二十一世纪空调界的一项主流技术。
Ice storage air conditioning is a technology which uses low price electricity in the evening to drive refrigerating systems, and which takes advantage of the characteristics of the change heat storage materials to produce the coolness and storage it. Then it is released when electric price or electric load is high in daytime to supply the needs of air conditioning or productive technology.
This paper reviews direct contact ice storage technology at home and abroad, and puts forward to direct jet-type ice making technology based on those idea.
Direct jet-type ice storage technology conbines the evaporator with ice making tank together, and jets the refrigerant into the tank directly; heat exchange between water and low temperature refrigerant happened and small ice crystal is created, in this way it can produce ice slurry.
Direct jet-type ice making device is designed. It makes heat exchanger and ice making tank as a whole, which an unique structure for ice making tank and ice making device is used, and gets use of pre-cooling and injection technology; in this way productivity and the reliability of the device is advanced.
The paper puts forward to direct jet-type droplet heat transfer theoretical model, compared with different situations using Matlab. The model provides theoretical basis and reference for its design and application. The paper puts forward to those theories including droplet heat transfer theory, droplet resident time theory, droplet heat transfer area theory etc. those theories solve temperature distribution adapting to time, the relationship between ice making capability and injection characteristics, calculative method for heat transfer capability etc.
The paper also sums up characteristic of ice slurry in the pipe, friction resistance and heat transfer relationship based on reference at home and abroad, and analyses dynamic characteristics and heat transfer function of ice slurry in the air conditioning.
Direct jet-type ice slurry device is built. The paper introduces preparing for the research, how to add refrigeration, how to check the device during working; put forward to ice storage tank improving method and refrigeration replace method; after experiment supply theory and experimental research. Finally get the wanted effect, get liquidity ice slurry and ice block does not happen.
Although the paper put forward reliability theory for direct jet-type ice making device, the technology has many works to be done in the future.
Believe direct Jet-type ice slurry maker technology will become a mainstream at 21 century with development of the technology.
对国内外冰蓄冷技术研究热点进行了回顾,提出了直接接触喷射式冰浆制备技术。
对直接接触喷射式制冰装置进行了设计。设计过程中解决冷媒与水的分离以及喷嘴、换热器和管道的防冰堵等问题,将制冰罐和换热器制成一体,设计独特的制冰罐及制冰装置结构,并利用预冷、引射等技术,并提高了整个冰浆制备装置的效率和设备的可靠性。
提出了直接接触喷射式液滴换热的理论模型,并进行了详细分析,分析中使用了Matlab编程计算。直接接触喷射式制冰及传热理论的提出,为该种方式的设计提供理论依据及参考。论文提出的理论包括:液滴换热面积的计算理论、液滴滞留时间理论、液滴换热理论。理论上解决了制冰罐温度随时间的分布、制冰量与喷射器关系及制冰量、换热量的理论计算方法。
根据国内外相关文献,总结出在管道中冰浆流动特性、摩擦阻力、传热关系式,并对冰浆在空调系统中的动态特性、传热性能等进行了分析说明。
搭建了直接接触喷射式冰浆制备装置实验台。介绍了试验调试步骤,包括运转前准备、系统的气密性试验、制冷剂的充注、载冷剂的充注、运转检查;对试验过程中遇到的各种问题和解决方法进行了介绍,提出了载冷剂改进方案与蓄冷槽改进方案;对动态冰蓄冷系统进行了深入的实验研究,验证并补充理论研究;实验最终达到了预期的效果,即生成的冰浆流动性好、不发生冰堵、制冰工况稳定。
综上所述,本文的工作包括:提出了直接接触喷射式冰浆制备技术;对直接接触喷射式冰浆制备装置进行了设计,并搭建了直接接触喷射式冰浆制备实验台;在此基础上,提出了直接接触喷射式制冰的理论,并对该理论进行了分析及比对计算。该理论的提出为直接接触喷射式制冰方式的设计、制造提供了可靠的依据,同时解决了设计过程中没有成型理论支持的困局。论文的研究具有重要的理论与实际意义。
相信随着直接接触式动态冰蓄冷技术不断发展与完善,它将成为二十一世纪空调界的一项主流技术。
Ice storage air conditioning is a technology which uses low price electricity in the evening to drive refrigerating systems, and which takes advantage of the characteristics of the change heat storage materials to produce the coolness and storage it. Then it is released when electric price or electric load is high in daytime to supply the needs of air conditioning or productive technology.
This paper reviews direct contact ice storage technology at home and abroad, and puts forward to direct jet-type ice making technology based on those idea.
Direct jet-type ice storage technology conbines the evaporator with ice making tank together, and jets the refrigerant into the tank directly; heat exchange between water and low temperature refrigerant happened and small ice crystal is created, in this way it can produce ice slurry.
Direct jet-type ice making device is designed. It makes heat exchanger and ice making tank as a whole, which an unique structure for ice making tank and ice making device is used, and gets use of pre-cooling and injection technology; in this way productivity and the reliability of the device is advanced.
The paper puts forward to direct jet-type droplet heat transfer theoretical model, compared with different situations using Matlab. The model provides theoretical basis and reference for its design and application. The paper puts forward to those theories including droplet heat transfer theory, droplet resident time theory, droplet heat transfer area theory etc. those theories solve temperature distribution adapting to time, the relationship between ice making capability and injection characteristics, calculative method for heat transfer capability etc.
The paper also sums up characteristic of ice slurry in the pipe, friction resistance and heat transfer relationship based on reference at home and abroad, and analyses dynamic characteristics and heat transfer function of ice slurry in the air conditioning.
Direct jet-type ice slurry device is built. The paper introduces preparing for the research, how to add refrigeration, how to check the device during working; put forward to ice storage tank improving method and refrigeration replace method; after experiment supply theory and experimental research. Finally get the wanted effect, get liquidity ice slurry and ice block does not happen.
Although the paper put forward reliability theory for direct jet-type ice making device, the technology has many works to be done in the future.
Believe direct Jet-type ice slurry maker technology will become a mainstream at 21 century with development of the technology.
引文
1.杨志荣.论我国能源.电力的未来发展.科学对社会的影响,2001,02:36
2.张国强,龚光彩等.能源、环境与空调制冷.制冷学报,2000,3:1-6
3.杨志荣.能源、电力要与经济和环境协调发展.电力需求侧管理,2001,3(4)
4.白杉,周洁.蓄能空调一条绿色之路.上海节能,2003,22(3):27-31
5.蒋爱华,黄竹清,邹新远.冰蓄冷空调与电网调峰.制冷.2002,21(1):41-43
6.胡豫杰,王文起.冰蓄冷技术发展初探.天津城市建设学院学报,2000,02
7.叶水泉,蓄能空调技术及其发展.中国电力,2000,33(9):
8.陈光明.日本蓄热空调现状.暖通空调,1998,04
9.巨永平,孙志荣.冰蓄冷空调讲座之(5):空调工程中的蓄冷技术-第五讲蓄冷空调工程实例简介.暖通空调,1996,03
10.吴喜平.国外冰蓄冷技术发展特点简介.电力需求侧管理,2001,2:58-59
11.刘道平.蓄冷技术及其应用现状.暖通空调,1995,04
12.李金平,王如竹,郭开华,樊栓狮,梁德青.蓄冷空调技术及其发展方向探讨.能源技术,2003,03
13.王茜,徐士鸣.冰蓄冷系统研究新进展.节能,2003,1:4-7
14.华泽钊,刘道平,吴兆琳,邬志敏.蓄冷技术及其在空调工程的应用.北京:科学出版社,1997,1
15.William D.Technology potential of thermal energy storage systems in federal facilities.Energy engineering,2002,99(5)
16.Fukusako S,Yamada M,Kawanami T,System and components for cold thermal storage with slush ice,Thermal Sci Eng,1998,6(1):169-178
17.Inaba H,Takeya K,Nozu S,Fundamental Study on Continuous Ice Making Using Flowing Supercooled Water.JSME International Journal series B,1994,37(2):385-393
18.Tomlinson JJ,Heat Pump Cool Storage in a ClatRate of Freon,Proceedings from 17~(th)Intersociety Energy Conversion Engineering Conference,1982,11(3)
19.Isobe F,Mori Y H,Formation of gas hydrate or ice by direct -contact evaporation of R alternatives,Int.J.of Refrig.1992,15(3):137-142
20.方贵银.蓄冷空调工程实用新技术.北京:人民邮电出版社,2000.2
21.Chen G,Zhang S,Wang J,Zhang H,Study on formation of binary ice in vacuum,TERRASTOCK 2000,Stuttdart,Germany,2000,8(28)
22.陆宏圻等.喷射技术理论及应用.武汉:武汉大学出版社,200.4.272-277
23.陆宏圻.射流泵及喷射器技术的现状与展望.流体工程,1984(3)
24.Tomlinson.J.J.Heat Pump Cool Storage in a ClatRate of Freon, Proceedings from 17th Intersociety Energy Conversion Engineering Conference,1982,11
25.XueLai Zhang.Study on the selection of additives to generate ice slurry in spraying secondary refrigerant system.The 3rd Asian Conference on Refrigeration and Air-conditioning,2006,5
26.Ternes M P,Characterization of Refrigerant-12 Gas Hydrate Formation for Heat Pump Cool Storage Applications.ASME,1984:84-12
27.Ismail K,Radwan M,Augmentation of heat transport in laminar falling film of ice crystals,Proceeding of 11~(th)IHTC,1998,5:267-272,
28.Matsumoto K,Shiokawa Y,Okada M,Kawagoe T,Kang C.Ice storage system using water-oil mixture discussion about influence of additive on ice formation process.International Journal of Refrigeration,2002,25(1),11-18
29.Inaba H,Lee DW,Horibe A.Study on the Critical Conditions of Ice Formation for a Continuous Ice Making System in a Cooling Pipe.Heat Transfer Japanese Research,1998,27(1):74-83,
30.Akiya T,Oowa M,Nakaiwa M,Tanii T,Nakazawa K,Ando Y,Novel Cool Storage System Using R-141b Gas ClatRate,Proc.of 26~(th)IECEC,1991,6:118-122
31.#12
32.#12
33.章学来,李瑞阳,郁鸿凌,卢家才.直接接触式冰蓄冷试验台的研制.暖通空调,2002,32(4),113-115:121
34.卢家才,李瑞阳,郁鸿陵,章学来.R-123在直接接触式冰蓄冷系统中的应用.能源研究与信息,2001,17(3):125-132
35.章学来,卢家才,李瑞阳,郁鸿凌.直接接触式冰蓄冷系统水分离装置的研制.制冷,2000,19(3):1-4
36.章学来,李瑞阳,卢家才,郁鸿凌.直接接触式蓄冷的试验研究.机电设备,2000,3(6):26-29
37.Mechanical Engineering Handbook.Part 9 Mechanical separation Equipments:Theory of Centrifugal Sedimentation.1997,6:11-443
38.毕月虹,郭廷纬,朱庭英.添加剂对气体水合物蓄冷过程影响的实验研究.应用基础与工程科学学报,2003,1:39-45
39.孙志高,郭开华.两相冰蓄冷空调的系统的应用分析.新能源,2000,22(12)
40.曹红奋.冰蓄冷空调的应用与技术经济性分析:[学位论文].上海:上海海 运学院.2000
41.周金欧.蓄冷空调的技术经济分析:[学位论文].西安:西安建筑科技大学,2002
42.刘永红,陈沛霖.蓄冷空调中的一种有效介质.建筑热能通风空调,1999,18(4).
43.Gadalla M.A.,Schaetzle W.J.and Heikal H.A.,Basic Heat Transfer in Heat Thermal Energy Storage.Proceedings of the 24~(th)Intersociety Energy Conversion Engineering Conference,1989,89:1845-1850
44.施有林,章学来,涂淑平,黄帅.二元冰蓄冷测试技术及其评价.流体力学实验与测量,2003,17(4),62-67
45.吴喜平.蓄冷技术和蓄热电锅炉在空调中的应用.上海:同济大学出版社.2000
46.方贵银.蓄能空调技术。北京:机械工业出版社.2006
47.章学来.空调蓄冷蓄热技术.大连.大连海事大学出版社.2006
48.张华俊.制冷压缩机.北京:机械工业出版社,1999
49.中国人民共和国国家质量监督检验检疫总局.GB/T19412-2003.蓄冷空调系统的测试和评价方法.北京:中国标准出版社,2003-11-25
50.钱颂文.换热器设计手册.北京:化学工业出版社,2002
51.丁国梁,张春路,赵力.制冷空调新工质-热物理性质的计算方法与实用图表.上海:上海交通大学,2003
52.德意志联邦共和国工程师协会工艺与化学工程学会编.传热手册.北京:化学工业出版社,1983
53.吴业正.小型制冷装置设计指导.北京:机械工业出版社,2004
54.钟栋梁.二元冰蓄冷系统测控技术的研究:[学位论文].上海海事大学,2005
55.廖常初.PLC应用技术问答.北京:机械工业出版社,2006
56.信捷电子科技有限公司.信捷电子PLC及触摸屏实用手册.江苏:无锡信捷电子,2006
57.魏娟.二元冰输送过程的摩阻与传热特性研究:[学位论文].上海:上海海事大学.2005
58.唐恒.二元冰蓄冷系统添加剂的研究:[学位论文].上海海事大学,2005,
59.樊建斌.直接接触式二元冰制备过程特性研究:[学位论文].上海海事大学,2005
60.黄帅.二元冰流动特性研究:[学位论文].上海海运学院,2004
61.Е.Я.科索洛夫,н.м.津格尔.喷射器(黄秋云).科学出版社,1997.3
62.段远源,张重华,林鸿等.环保制冷剂表面张力的预估方程。工程热物理学报,2005,122,No.3
63.段远源,张重华.HFC和R类物质的表面张力的关联.清华大学学报:自然科 学版,2000,40(10)
64.钱申贤.气体引射器流体动力特性实验研究.煤气与热力,1996,9
65.李学亮,杨瑞昌.设射器特性实验研究和理论分析.热能动力工程,1997,11
66.刘景植.液气射流泵性能试验研究.武汉水利电力学院学报,1982,2(3)
67.陆宏圻,王德茂.液体射流混合技术的研究和应用.流体工程,1988,2(10)
68.Shu-shen Lu,Inada T,et al.Microscale study of poly(vinyl alcohol)as an effective additive for inhibiting recrystallization in ice slurries.International Journal of Refrigeration,2002,25:563-569
69.Lu S S,Inada T,Yabe A,Zhang X,Grandum S.Effective additives for preventing recrystallization in ice slurry systems.In:Cheng P,editor.Proceedings of symposium on energy engineering in the 21~(st)Century.New York,wallingford(U.K.):Begell House,2000:860-865
70.章学来,涂淑平,李瑞阳,束鹏程,孙文哲.直接接触式冰蓄冷系统双相变过程理论研究.水动力学研究与进展,2004,19(4):416-422
71.章学来.R123/水共混双相变传热特性及直接接触式冰蓄冷系统:[博士学位论文].上海:上海理工大学,2000
72.刘道平.李瑞阳,陈之航.直接接触固液相变制冰及冰蓄冷系统的研究进展.华东工业大学学报,1996,3
73.刘永红,陈沛霖,水平管道中冰浆流动的摩阻特性的实验研究.力学与实践,1997,19(6):36-38
74.N.E.Wijeysundera,M.N.A.Hawlader,Chan Wee Boon Andy and M.Kamal Hossain.lce-slurry production using direct contact heat transfer.International Journal of Refrigeration,2004,27(5)
75.Zhang X.L.,Li R.Y.,Yu H.L..An Experimental Study of Heat Transfer Characteristic on Direct Contact Thermal Storage System,International Conference Energy Storage Cooling Technology,2001,5
76.孙祥,徐流美,吴清等。Matlab7.0基础教程.北京:清华大学出版社,2005
77.机械工程手册编辑委员会.机械工程手册:通用机械卷:第九章分离机械-分离理论.北京:中国机械出版社,1997
78.明岗,陈沛霖.冰浆管内流动的絮网结构设想及阻力计算模型.同济大学学报:自然科学版,2001,29(3):347-351
79.明岗,陈沛霖.冰浆在180°弯管内流动阻力特性的实验研究.力学与实践,2001,23(1):51-53
80.明岗,陈沛霖.冰浆中冰晶与携流体的传热研究.华东电力,2001,29(2):24-26
81.Biel E,Patnaik A,Roessler K.Preparation of binary ice layers by condensation from gas phase.Kernforschungsanl.age,Julich,West Germany, 1998, 60
82. Mecher G. Cold air distribution with ice storage. ASHARE Trans, 1994, 95
2.张国强,龚光彩等.能源、环境与空调制冷.制冷学报,2000,3:1-6
3.杨志荣.能源、电力要与经济和环境协调发展.电力需求侧管理,2001,3(4)
4.白杉,周洁.蓄能空调一条绿色之路.上海节能,2003,22(3):27-31
5.蒋爱华,黄竹清,邹新远.冰蓄冷空调与电网调峰.制冷.2002,21(1):41-43
6.胡豫杰,王文起.冰蓄冷技术发展初探.天津城市建设学院学报,2000,02
7.叶水泉,蓄能空调技术及其发展.中国电力,2000,33(9):
8.陈光明.日本蓄热空调现状.暖通空调,1998,04
9.巨永平,孙志荣.冰蓄冷空调讲座之(5):空调工程中的蓄冷技术-第五讲蓄冷空调工程实例简介.暖通空调,1996,03
10.吴喜平.国外冰蓄冷技术发展特点简介.电力需求侧管理,2001,2:58-59
11.刘道平.蓄冷技术及其应用现状.暖通空调,1995,04
12.李金平,王如竹,郭开华,樊栓狮,梁德青.蓄冷空调技术及其发展方向探讨.能源技术,2003,03
13.王茜,徐士鸣.冰蓄冷系统研究新进展.节能,2003,1:4-7
14.华泽钊,刘道平,吴兆琳,邬志敏.蓄冷技术及其在空调工程的应用.北京:科学出版社,1997,1
15.William D.Technology potential of thermal energy storage systems in federal facilities.Energy engineering,2002,99(5)
16.Fukusako S,Yamada M,Kawanami T,System and components for cold thermal storage with slush ice,Thermal Sci Eng,1998,6(1):169-178
17.Inaba H,Takeya K,Nozu S,Fundamental Study on Continuous Ice Making Using Flowing Supercooled Water.JSME International Journal series B,1994,37(2):385-393
18.Tomlinson JJ,Heat Pump Cool Storage in a ClatRate of Freon,Proceedings from 17~(th)Intersociety Energy Conversion Engineering Conference,1982,11(3)
19.Isobe F,Mori Y H,Formation of gas hydrate or ice by direct -contact evaporation of R alternatives,Int.J.of Refrig.1992,15(3):137-142
20.方贵银.蓄冷空调工程实用新技术.北京:人民邮电出版社,2000.2
21.Chen G,Zhang S,Wang J,Zhang H,Study on formation of binary ice in vacuum,TERRASTOCK 2000,Stuttdart,Germany,2000,8(28)
22.陆宏圻等.喷射技术理论及应用.武汉:武汉大学出版社,200.4.272-277
23.陆宏圻.射流泵及喷射器技术的现状与展望.流体工程,1984(3)
24.Tomlinson.J.J.Heat Pump Cool Storage in a ClatRate of Freon, Proceedings from 17th Intersociety Energy Conversion Engineering Conference,1982,11
25.XueLai Zhang.Study on the selection of additives to generate ice slurry in spraying secondary refrigerant system.The 3rd Asian Conference on Refrigeration and Air-conditioning,2006,5
26.Ternes M P,Characterization of Refrigerant-12 Gas Hydrate Formation for Heat Pump Cool Storage Applications.ASME,1984:84-12
27.Ismail K,Radwan M,Augmentation of heat transport in laminar falling film of ice crystals,Proceeding of 11~(th)IHTC,1998,5:267-272,
28.Matsumoto K,Shiokawa Y,Okada M,Kawagoe T,Kang C.Ice storage system using water-oil mixture discussion about influence of additive on ice formation process.International Journal of Refrigeration,2002,25(1),11-18
29.Inaba H,Lee DW,Horibe A.Study on the Critical Conditions of Ice Formation for a Continuous Ice Making System in a Cooling Pipe.Heat Transfer Japanese Research,1998,27(1):74-83,
30.Akiya T,Oowa M,Nakaiwa M,Tanii T,Nakazawa K,Ando Y,Novel Cool Storage System Using R-141b Gas ClatRate,Proc.of 26~(th)IECEC,1991,6:118-122
31.#12
32.#12
33.章学来,李瑞阳,郁鸿凌,卢家才.直接接触式冰蓄冷试验台的研制.暖通空调,2002,32(4),113-115:121
34.卢家才,李瑞阳,郁鸿陵,章学来.R-123在直接接触式冰蓄冷系统中的应用.能源研究与信息,2001,17(3):125-132
35.章学来,卢家才,李瑞阳,郁鸿凌.直接接触式冰蓄冷系统水分离装置的研制.制冷,2000,19(3):1-4
36.章学来,李瑞阳,卢家才,郁鸿凌.直接接触式蓄冷的试验研究.机电设备,2000,3(6):26-29
37.Mechanical Engineering Handbook.Part 9 Mechanical separation Equipments:Theory of Centrifugal Sedimentation.1997,6:11-443
38.毕月虹,郭廷纬,朱庭英.添加剂对气体水合物蓄冷过程影响的实验研究.应用基础与工程科学学报,2003,1:39-45
39.孙志高,郭开华.两相冰蓄冷空调的系统的应用分析.新能源,2000,22(12)
40.曹红奋.冰蓄冷空调的应用与技术经济性分析:[学位论文].上海:上海海 运学院.2000
41.周金欧.蓄冷空调的技术经济分析:[学位论文].西安:西安建筑科技大学,2002
42.刘永红,陈沛霖.蓄冷空调中的一种有效介质.建筑热能通风空调,1999,18(4).
43.Gadalla M.A.,Schaetzle W.J.and Heikal H.A.,Basic Heat Transfer in Heat Thermal Energy Storage.Proceedings of the 24~(th)Intersociety Energy Conversion Engineering Conference,1989,89:1845-1850
44.施有林,章学来,涂淑平,黄帅.二元冰蓄冷测试技术及其评价.流体力学实验与测量,2003,17(4),62-67
45.吴喜平.蓄冷技术和蓄热电锅炉在空调中的应用.上海:同济大学出版社.2000
46.方贵银.蓄能空调技术。北京:机械工业出版社.2006
47.章学来.空调蓄冷蓄热技术.大连.大连海事大学出版社.2006
48.张华俊.制冷压缩机.北京:机械工业出版社,1999
49.中国人民共和国国家质量监督检验检疫总局.GB/T19412-2003.蓄冷空调系统的测试和评价方法.北京:中国标准出版社,2003-11-25
50.钱颂文.换热器设计手册.北京:化学工业出版社,2002
51.丁国梁,张春路,赵力.制冷空调新工质-热物理性质的计算方法与实用图表.上海:上海交通大学,2003
52.德意志联邦共和国工程师协会工艺与化学工程学会编.传热手册.北京:化学工业出版社,1983
53.吴业正.小型制冷装置设计指导.北京:机械工业出版社,2004
54.钟栋梁.二元冰蓄冷系统测控技术的研究:[学位论文].上海海事大学,2005
55.廖常初.PLC应用技术问答.北京:机械工业出版社,2006
56.信捷电子科技有限公司.信捷电子PLC及触摸屏实用手册.江苏:无锡信捷电子,2006
57.魏娟.二元冰输送过程的摩阻与传热特性研究:[学位论文].上海:上海海事大学.2005
58.唐恒.二元冰蓄冷系统添加剂的研究:[学位论文].上海海事大学,2005,
59.樊建斌.直接接触式二元冰制备过程特性研究:[学位论文].上海海事大学,2005
60.黄帅.二元冰流动特性研究:[学位论文].上海海运学院,2004
61.Е.Я.科索洛夫,н.м.津格尔.喷射器(黄秋云).科学出版社,1997.3
62.段远源,张重华,林鸿等.环保制冷剂表面张力的预估方程。工程热物理学报,2005,122,No.3
63.段远源,张重华.HFC和R类物质的表面张力的关联.清华大学学报:自然科 学版,2000,40(10)
64.钱申贤.气体引射器流体动力特性实验研究.煤气与热力,1996,9
65.李学亮,杨瑞昌.设射器特性实验研究和理论分析.热能动力工程,1997,11
66.刘景植.液气射流泵性能试验研究.武汉水利电力学院学报,1982,2(3)
67.陆宏圻,王德茂.液体射流混合技术的研究和应用.流体工程,1988,2(10)
68.Shu-shen Lu,Inada T,et al.Microscale study of poly(vinyl alcohol)as an effective additive for inhibiting recrystallization in ice slurries.International Journal of Refrigeration,2002,25:563-569
69.Lu S S,Inada T,Yabe A,Zhang X,Grandum S.Effective additives for preventing recrystallization in ice slurry systems.In:Cheng P,editor.Proceedings of symposium on energy engineering in the 21~(st)Century.New York,wallingford(U.K.):Begell House,2000:860-865
70.章学来,涂淑平,李瑞阳,束鹏程,孙文哲.直接接触式冰蓄冷系统双相变过程理论研究.水动力学研究与进展,2004,19(4):416-422
71.章学来.R123/水共混双相变传热特性及直接接触式冰蓄冷系统:[博士学位论文].上海:上海理工大学,2000
72.刘道平.李瑞阳,陈之航.直接接触固液相变制冰及冰蓄冷系统的研究进展.华东工业大学学报,1996,3
73.刘永红,陈沛霖,水平管道中冰浆流动的摩阻特性的实验研究.力学与实践,1997,19(6):36-38
74.N.E.Wijeysundera,M.N.A.Hawlader,Chan Wee Boon Andy and M.Kamal Hossain.lce-slurry production using direct contact heat transfer.International Journal of Refrigeration,2004,27(5)
75.Zhang X.L.,Li R.Y.,Yu H.L..An Experimental Study of Heat Transfer Characteristic on Direct Contact Thermal Storage System,International Conference Energy Storage Cooling Technology,2001,5
76.孙祥,徐流美,吴清等。Matlab7.0基础教程.北京:清华大学出版社,2005
77.机械工程手册编辑委员会.机械工程手册:通用机械卷:第九章分离机械-分离理论.北京:中国机械出版社,1997
78.明岗,陈沛霖.冰浆管内流动的絮网结构设想及阻力计算模型.同济大学学报:自然科学版,2001,29(3):347-351
79.明岗,陈沛霖.冰浆在180°弯管内流动阻力特性的实验研究.力学与实践,2001,23(1):51-53
80.明岗,陈沛霖.冰浆中冰晶与携流体的传热研究.华东电力,2001,29(2):24-26
81.Biel E,Patnaik A,Roessler K.Preparation of binary ice layers by condensation from gas phase.Kernforschungsanl.age,Julich,West Germany, 1998, 60
82. Mecher G. Cold air distribution with ice storage. ASHARE Trans, 1994, 95
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