论文收录检索证明报告.doc

1、谢谢阅读论文收录检索证明报告华北电力大学图书馆谢谢阅读谢谢阅读论文作者 : xu chao论文发表年限 : 2006-检索数据库 : sci-expanded检索结果：经检索，该作者被sci-expanded 数据库 收录篇论文 ( 附后 ) 。在篇收录文献中，其中篇文献被“ webof science数据库”引用，总被引次数（time cited ）为次；被“webof science核心合集” 引用次。其中他引次。（篇引用文献题录附后） 。特此证明 !(盖章 )检索报告人 :年月日谢谢阅读谢谢阅读附件 : sci-expanded 收录及引用情况第 1 条，共6 条标题 : numeric

2、al simulation on the thermal performance of a solar molten salt cavityreceiver作者 : chang, zs (chang, zheshao); li, x (li, xin); xu, c (xu, chao); chang, c (chang, chun); wang, zf (wang, zhifeng)来源出版物 : renewable energy卷 : 69页: 324-335doi:10.1016/j.renene.2014.03.044出版年 : sep 2014web of science核心合集中的

3、 被引频次 : 1被引频次合计: 1引用的参考文献数: 29摘要 : the receiver thermal performance directly affects the efficiency, reliability and safety of the entire solar tower power system. a model combining radiation, convection and conduction heat transfer modes was developed to model a 1 mw molten salt cavity receiver wit

4、h determined basic design parameters. the coupled heat transfer model was used to predict the receivers steady-state efficiency, temperature distribution and heat losses for various flow layouts and receiver aperture lip sizes.the results show that the fraction of reflective loss (18.78%) is the lar

5、gest in all heat losses, followed by radiative and convective heat losses, with conduction heat losses as the smallest part which is usually negligible. the heat loss distribution is closely related to the external tube temperature field in the cavity receiver and the specific structure of the recei

6、ver. 10 cm lips on both the top and bottom of the receiver aperture reduced the reflective heat loss by 1%. the results for different flow layouts show that center-side flow layout has the best temperature homogeneity, with less possibility of overheating in the central area. this, however, comes at

7、 the expense of increased irreversibilities and decreased efficiency. the sides-center flow layout has the worst temperature homogeneity, but the receiver efficiency is 2.06% higher. these results provide a useful reference for designing and optimizing cavity receivers. (c) 2014 elsevier ltd. all ri

8、ghts reserved. 入藏号 : wos:000338802400036语种 : english文献类型 : article作者关键词 : solar cavity receiver; simulation; thermal performance; flow layoutkeywords plus: convection heat-loss; natural-convection; radiation; concentrator; losses; plant; model地址 : chang, zheshao; li, xin; chang, chun; wang, zhifeng

9、chinese acad sci, inst elect engn, key lab solar thermal energy & photovolta syst, beijing 100190, peoples r china. chang, zheshao univ chinese acad sci, beijing 100049, peoples r china. xu, chao north china elect power univ, beijing 100190, peoples r china.通讯作者地址 : li, x ( 通讯作者 ),chinese acad sci,

10、inst elect engn, key lab solar thermal energy & photovolta syst, beijing 100190, peoples r china.电子邮件地址: 作者识别号 :作者谢谢阅读谢谢阅读researcherid号orcid号li, xina-2059-20130000-0002-0640-6939xu, chaoc-6470-2008出版商 : pergamon-elsevier science ltd出版商地址 : the boulevard, langford lane, kidlingto

11、n, oxford ox5 1gb,englandweb of science类别 : energy & fuels研究方向 : energy & fuelsids 号 : al0fiissn: 0960-148129 字符的来源出版物名称缩写: renew energiso 来源出版物缩写: renew. energy来源出版物页码计数: 12施引文献：第 1 条，共1 条标题 : experimental investigation on heat loss of semi-spherical cavity receiver作者 : tan, yt (tan, yuting); zhao,

12、 l (zhao, li); bao, jj (bao, junjiang); liu, q (liu, qing)来源出版物 : energy conversion and management卷 : 87 页 : 576-583doi:10.1016/j.enconman.2014.06.080出版年 : nov 2014入藏号 : wos:000343337200059issn: 0196-8904eissn: 1879-2227第 2 条，共6 条标题 : dynamic thermal performance analysis of a molten-salt packed-bed

13、thermal energy storage system using pcm capsules作者 : wu, m (wu, ming); xu, c (xu, chao); he, yl (he, ya-ling)来源出版物 : applied energy卷 : 121页 : 184-195doi:10.1016/j.apenergy.2014.01.085出版年 : may 15 2014web of science核心合集中的 被引频次 : 2被引频次合计: 2引用的参考文献数: 27摘要 : we investigate the dynamic thermal performanc

14、e of a molten-salt packed-bed thermal energy storage (tes) system using capsules filled with high-temperature phase change material (pcm), which is identified as a promising low-cost tes system for concentrating solar power (csp) plants. a transient two-dimensional dispersion-concentric (d-c) model

15、is modified to account for the phase change process within capsules so as to determine the temperature distribution and phase change front within each capsule. using谢谢阅读谢谢阅读the model, detailed characteristics of heat transfer between molten salt and the packed pcm capsules are investigated, and a pa

16、rametric sensitivity analysis is provided. during the discharging process, different variation trends are found for the capsule temperature due to the existence of the isothermal solidification process. as a result, generally there exists a quasi-isothermal region and two thermocline regions for the

17、 molten-salt temperature along the tank height, and the molten-salt temperature at the outlet also shows a quasi-isothermal period, during which the molten-salt outlet temperature is very close to the phase change temperature (pct) of pcm. it is also found that the effective discharging efficiency o

18、f the system can be increased by increasing the pct, decreasing the molten-salt inlet velocity or decreasing the capsule diameter. these results provide suggestions to optimize the design and operational parameters for the system within practical constrains. (c) 2014 elsevier ltd. all rights reserve

19、d.入藏号 : wos:000335429500018语种 : english文献类型 : article作者关键词 : pcm capsules; thermal energy storage; thermocline; packed-bed; moltensaltkeywords plus: latent-heat storage; phase-change materials; thermoclines; simulations地址 : wu, ming; he, ya-ling xi an jiao tong univ, key lab thermofluid sci & engn m

20、oe, sch energy & power engn, xian 710049, shaanxi, peoples r china.xu, chao north china elect power univ, key lab condit monitoring & control power plant e, sch energy power & mech engn, beijing 102206, peoples r china.通讯作者地址 : he, yl ( 通讯作者 ),xi an jiao tong univ, key lab thermofluid sci & engn moe

21、, sch energy & power engn, xian 710049, shaanxi, peoples r china.电子邮件地址: 作者识别号 :作者researcherid号orcid号xu, chaoc-6470-2008出版商 : elsevier sci ltd出版商地址 : the boulevard, langford lane, kidlington, oxford ox5 1gb,oxon, englandweb of science类别 : energy & fuels; engineering, chemical

22、研究方向 : energy & fuels; engineeringids 号 : ag4zsissn: 0306-2619eissn: 1872-911829 字符的来源出版物名称缩写: appl energiso 来源出版物缩写: appl. energy来源出版物页码计数: 12谢谢阅读谢谢阅读施引文献：第 1 条，共2 条标题 : an effectiveness-ntu model of a packed bed pcm thermal storage system作者 : amin, nam (amin, n. a. m.); belusko, m (belusko, m.); b

23、runo, f (bruno, f.)来源出版物 : applied energy卷 : 134页 : 356-362doi:10.1016/j.apenergy.2014.08.020出版年 : dec 1 2014入藏号 : wos:000343336600034作者识别号 :作者researcherid号orcid号bruno, franka-4840-20100000-0002-1805-0036issn: 0306-2619eissn: 1872-9118第 2 条，共2 条标题 : an entransy dissipation-based optimization princip

24、le for solar power tower plants作者 : zheng, zj (zheng zhangjing); he, yl (he yaling); li, ys (li yinshi)来源出版物 : science china-technological sciences卷 : 57期 : 4页 :773-783doi: 10.1007/s11431-014-5491-7出版年 : apr 2014入藏号 : wos:000334400500017作者识别号 :作者researcherid号orcid号li, y.s.o-6839-2014issn: 1674-7321e

25、issn: 1869-1900第 3 条，共6 条标题 : phase change of molten salt during the cold filling of a receiver tube作者 : liao, zr (liao, zhirong); li, x (li, xin); wang, zf (wang, zhifeng); chang, c (chang, chun); xu, c (xu, chao)来源出版物 : solar energy卷 : 101页 : 254-264doi:10.1016/j.solener.2014.01.002出版年 : mar 2014w

26、eb of science核心合集中的 被引频次 : 0被引频次合计: 0引用的参考文献数: 27摘要 : the most critical problems for the molten salt solar power plant are protecting against freezing and preheating of the flow pipes and equipments. a candidate way to solve these problems is cold filling. in this study, the dynamic process of molte

27、n salt cold filling into a谢谢阅读谢谢阅读receiver tube was simulated by combining the volume of fluid method and the enthalpy method. the detailed mechanism of meltingsolidification and the evolution of the pressure drop along the tube were demonstrated. the influence of cold filling on the temperature acr

28、oss the tube wall was analysed as well. the results indicate that a lower pressure drop can be obtained by increasing the salt temperature and the initial tube temperature, and that an optimal velocity is required to get minimum pressure drop. the temperature difference between the external and inte

29、rnal surfaces of the tube wall increases with the filling velocity and the filling temperature whereas decreases with the initial tube temperature and the heat flux on the external surface. a large filling velocity and a high filling temperature that results in large temperature difference across th

30、e wall of the tube should be avoided. this study gives practical reference to the application of cold filling in molten salt receiver. (c) 2014 elsevier ltd. all rights reserved.入藏号 : wos:000331921800026语种 : english文献类型 : article作者关键词 : molten salt; cold filling; numerical simulation; solar power to

31、wer plantkeywords plus:pipe; solidification地址 : liao, zhirong; li, xin; wang, zhifeng; chang, chun chinese acad sci, inst elect engn, key lab solar thermal energy & photovolta syst, beijing 100190, peoples r china. liao, zhirong univ chinese acad sci, beijing 100049, peoples r china.xu, chao north c

32、hina elect power univ, beijing 102206, peoples r china.通讯作者地址 : li, x ( 通讯作者 ),chinese acad sci, inst elect engn, key lab solar thermal energy & photovolta syst, beijing 100190, peoples r china.电子邮件地址: 作者识别号 :作者researcherid号orcid号li, xina-2059-20130000-0002-0640-6939xu, chaoc-64

33、70-2008出版商 : pergamon-elsevier science ltd出版商地址 : the boulevard, langford lane, kidlington, oxford ox5 1gb,englandweb of science类别 : energy & fuels研究方向 : energy & fuelsids 号 : ab6tgissn: 0038-092x29 字符的来源出版物名称缩写: sol energyiso 来源出版物缩写: sol. energy来源出版物页码计数: 11谢谢阅读谢谢阅读第 4 条，共6 条标题 : allowable flux de

34、nsity on a solar central receiver作者 : liao, zr (liao, zhirong); li, x (li, xin); xu, c (xu, chao); chang, c (chang, chun); wang, zf (wang, zhifeng)来源出版物 : renewable energy卷 : 62页: 747-753doi:10.1016/j.renene.2013.08.044出版年 : feb 2014web of science核心合集中的 被引频次 : 1被引频次合计: 1引用的参考文献数: 27摘要 : the allowabl

35、e flux density on a solar central receiver is a significant receiver parameter and is related to the receiver life span and economics. the allowable flux density has gradually increased as receiver technologies have developed and is related to various factors, such as the material characteristics, t

36、ube sizes, and internal tube flow conditions. a mathematical model was developed to calculate the allowable flux density for the solar two receiver which agrees well with published data. the model was then used to show that a higher allowable flux density can be obtained by increasing the allowable

37、strain of the tube material and the fluid velocity and decreasing the tube thermal resistance, the convective thermal resistance, and the tube diameter and wall thickness. a sensitive analysis shows that the most important influence is the wall thickness, followed by the tube diameter and fluid velo

38、city. finally, a molten salt receiver gives a much higher allowable flux density than water/steam receivers and is even better than a supercritical steam receiver. (c) 2013 elsevier ltd. all rights reserved.入藏号 : wos:000328095000081语种 : english文献类型 : article作者关键词 : allowable flux density; central re

39、ceiver; molten salt; solar powerkeywords plus:thermal power tower; simulation; plant地址 : liao, zhirong; li, xin; chang, chun; wang, zhifeng chinese acad sci, inst elect engn, key lab solar thermal energy & photovolta syst, beijing 100190, peoples r china. liao, zhirong univ chinese acad sci, beijing

40、 100049, peoples r china.xu, chao north china elect power univ, beijing 102206, peoples r china.通讯作者地址 : li, x ( 通讯作者 ),chinese acad sci, inst elect engn, key lab solar thermal energy & photovolta syst, beijing 100190, peoples r china.电子邮件地址: 作者识别号 :作者researcherid号orcid号li, xina

41、-2059-20130000-0002-0640-6939xu, chaoc-6470-2008出版商 : pergamon-elsevier science ltd谢谢阅读谢谢阅读出版商地址 : the boulevard, langford lane, kidlington, oxford ox5 1gb,englandweb of science类别 : energy & fuels研究方向 : energy & fuelsids 号 : 267jxissn: 0960-148129 字符的来源出版物名称缩写: renew energiso 来源出版物缩写: renew. energy来

42、源出版物页码计数: 7施引文献：第 1 条，共1 条标题 : thermal design guidelines of solar power towers作者 : rodriguez-sanchez, mr (rodriguez-sanchez, m. r.); soria-verdugo, a (soria-verdugo, antonio); almendros-ibanez, ja (antonio almendros-ibanez, jose); acosta-iborra, a (acosta-iborra, antonio); santana, d (santana, domin

43、go)来源出版物 : applied thermal engineering卷 : 63 期 : 1 页 : 428-438doi:10.1016/j.applthermaleng.2013.11.014出版年 : feb 5 2014入藏号 : wos:000331021600044作者识别号 :作者researcherid号orcid号almendros-ibanez, joseb-6187-20090000-0001-5991-9028issn: 1359-4311第 5 条，共6 条标题 : the impact of concrete structure on the thermal

44、 performance of the dual-media thermocline thermal storage tank using concrete as the solid medium作者 : wu, m (wu, ming); li, mj (li, mingjia); xu, c (xu, chao); he, yl (he, yaling); tao, wq (tao, wenquan)来源出版物 : applied energy卷 : 113特刊 : si页 : 1363-1371doi:10.1016/j.apenergy.2013.08.044出版年 : jan 201

45、4web of science核心合集中的 被引频次 : 3被引频次合计: 3引用的参考文献数: 24摘要 : the impact of concrete structure on the thermal performance of the dual-media thermocline thermal energy storage (tes) tank which is very promising to be applied in concentrating solar power (csp) systems is investigated. the lumped capacitance

46、 method is used since the introduction of corrected heat transfer coefficients between solid and fluid extends the validity of this method to large biot numbers. the discharging performance of four typical concrete structures including the channel-embedded structure, the谢谢阅读谢谢阅读parallel-plate struct

47、ure, the rod-buddle structure and the packed-bed structure is studied. the thermocline behaviors during the discharging process for the four structures with the influences of feature size and fluid inlet velocity are analyzed, and the corresponding effective discharging efficiency and discharging ti

48、me are reported. the results show that the concrete tes tanks with four different structures show different thermocline behaviors during the discharging process. the packed-bed structure gives the best discharging performance, followed by the rod-bundle structure, the parallel-plate structure and th

49、e channel-embedded structure sequentially. the discharging performance is also found to be influenced to some extent by the feature size and the fluid inlet velocity for all four different structures. (c) 2013 elsevier ltd. all rights reserved.入藏号 : wos:000329952500131语种 : english文献类型 : article作者关键词

50、 : concrete; thermal energy storage; thermocline; concrete structures; concentrating solar powerkeywords plus:molten-salt thermocline; energy storage; system地址 : wu, ming; li, mingjia; he, yaling; tao, wenquan xi an jiao tong univ, key lab thermofluid sci & engn moe, sch energy & power engn, xian 71

51、0049, shaanxi, peoples r china.xu, chao north china elect power univ, key lab condit monitoring & control power plant e, beijing 102206, peoples r china.通讯作者地址 : he, yl ( 通讯作者 ),xi an jiao tong univ, key lab thermofluid sci & engn moe, sch energy & power engn, xian 710049, shaanxi, peoples r china.电

52、子邮件地址: 作者识别号 :作者researcherid号orcid号xu, chaoc-6470-2008出版商 : elsevier sci ltd出版商地址 : the boulevard, langford lane, kidlington, oxford ox5 1gb,oxon, englandweb of science类别 : energy & fuels; engineering, chemical研究方向 : energy & fuels; engineeringids 号 : 293dvissn: 0306-2619eiss

53、n: 1872-911829 字符的来源出版物名称缩写: appl energiso 来源出版物缩写: appl. energy来源出版物页码计数: 9施引文献：第 1 条，共3 条谢谢阅读谢谢阅读标题 : dynamic thermal performance analysis of a molten-salt packed-bed thermal energy storage system using pcm capsules作者 : wu, m (wu, ming); xu, c (xu, chao); he, yl (he, ya-ling)来源出版物 : applied energy卷 : 121页 : 184-195doi:10.1016/j.apenergy.2014.01.085出版年 : may 15 2014入藏号 : wos:000335429500018作者识别号 :作者researcherid号orcid号xu, chaoc-6470-2008issn: 0306-2619eissn: 1872-9118第 2 条，共3 条标题 : experimental results and