代表性成果

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代表性成果
发布者: 赵全斌 | 2024-02-25 | 205

(1)科研获奖

  • [1]种道彤,陈伟雄,赵全斌,王进仕等. 安全高效的汽液接触凝结释热技术及应用,陕西省科技进步一等奖2020.

 

2)期刊论文

  • [1] Shiling Song, Daotong Chong, Quanbin Zhao*(通讯作者), et al. Numerical investigation of the condensation oscillation mechanism of submerged steam jet with high mass flux, Chemical Engineering Science, 2023, 270:118516. IF=4.7, Highly Cited Paper ESI
  • [2] Quanbin Zhao, Pengfei Fu, Daotong Chong et al. Steam Entrainment and Heat Transfer Characteristic of Steam Submerged Jet Condensation within Steam-Water Mixture Layer. International Journal of Heat and mass transfer, 2023, 201:123600. IF=5.2
  • [3] Quanbin Zhao, Weixiong Chen, Lutao Wang et al. Experimental investigation on pressure oscillations of steam jet condensation through multi-holes. International Journal of Heat and Mass Transfer, 2019,132:662-670. (IF=5.2)
  • [4] Quanbin Zhao, Jiayuan Xu , Min Hou , et al. Dynamic characteristic analysis of SCO2 Brayton cycle under differentturbine back pressure modes, Energy, 2024,293: 130563. (IF=8.6)
  • [5] Quanbin Zhao, Yuhan Liu, Xingyun Wang, et al. Heat transfer characteristics of passive containment cooling system with equal height difference under steady-state conditions, International Journal of Thermal Sciences, 2024,198: 108856. (IF=4.5).
  • [6] Qunbin Zhao*, T Hibiki. One-dimensional drift-flux correlation for vertical upward two-phase flow in large size concentric and eccentric annuli, International Journal of Multiphase Flow,2019,113:33-44. (IF=3.8)
  • [7] Quanbin Zhao, DT Chong, WX Chen et al. Review: Steam cavity characteristics of steam submerged jet condensation at SC regime, Progress In Nuclear Energy,2020,130:103560. (IF=2.7)
  • [8] Pengfei Fu, Quanbin Zhao*(通讯作者), Jiping Liu et al.Experimental and theoretical study on the association between entrainment vortex evolution and pressure oscillation of steam jet condensation, Experimental Thermal and Fluid Science, 2023, 141: 110797. (IF=3.2)
  • [9] Pengfei Fu, Quanbin Zhao* (通讯作者), JP Liu et al. Experimental study of entrainment vortex characteristic at steam-water interface of a water-submerged steam jet[J]. International Journal of Thermal Sciences. 2021,170, 107136. (IF=4.5)
  • [10] Bai Yuping, Yan Peiwen, Zhao Quanbin*(通讯作者) et al. On the origin of streamwise vortices in braid regions for compressible mixing layers, Physics of Fluids 2023,35, 074101 (IF=4.6)
  • [11] Bai Yuping, Yan Peiwen, Yu Yifei, Zhao Quanbin*(通讯作者) et al. On the origin of spanwise vortex deformations during the secondary instability stage in compressible mixing layers, Physics of Fluids,2023.35, 034108(IF=4.6)
  • [12] DT Chong, YP Bai, Quanbin Zhao* (通讯作者), WX Chen JJ Yan. Direct numerical simulation of vortex structures during the late stage of the transition process in a compressible mixing layer. Physics of Fluids, 2021,33(5):1-28. (IF=4.6)
  • [13] DT Chong, WB Liu, Quanbin Zhao*(通讯作者), et al. Oscillation characteristics of periodic condensation induced water hammer with steam discharged through a horizontal pipe [J]. International Journal of Heat and Mass Transfer, 2021,173:121265. (IF=5.2)
  • [14] WX Chen, K Hui, Quanbin Zhao*(通讯作者), et al. Review of the tube external condensation heat transfer characteristic of the passive containment cooling system in nuclear power plant [J]. Annals of Nuclear Energy,2021,157:108226. (IF=1.9)
  • [15] DT Chong, WB Liu, Qunbin Zhao* (通讯作者), et al. Oscillation characteristics of periodic condensation induced water hammer with steam discharged through a horizontal pipe [J]. International Journal of Heat and Mass Transfer, 2021,173:121265. (IF=5.2)
  • [16] WX Chen, K Hui, Quanbin Zhao*(通讯作者), et al. Review of the tube external condensation heat transfer characteristic of the passive containment cooling system in nuclear power plant [J]. Annals of Nuclear Energy,2021,157:108226. (IF=1.9)
  • [17] DT Chong, XY Yue, LT Wang, Quanbin Zhao* (通讯作者), JJ Yan. Experimental investigation on the condensation patterns and pressure oscillation characteristics of steam submerged jet through a horizontal pipe at low steam mass flux[J]. International Journal of Heat and Mass Transfer, 2019,139,648-659. (IF=5.2)
  • [18] G Li, JC Gao, PP Wen, Quanbin Zhao* (通讯作者), et al. A review on MPS method developments and applications in nuclear engineering[J]. Computer Methods in Applied Mechanics and Engineering,2020,367: 113166. (IF=7.2)
  • [19] Quanbin Zhao, WX Chen, F Yuan, et al. Pressure oscillation and steam cavity of steam submerged jet condensation[J]. ANE,2015, 85:512-522. (SCI)
  • [20] DT Chong*, Quanbin Zhao, F Yuan, et al. Research on the steam jet length with different nozzle structures[J]. ETFS, 2015, 64:134-141. (SCI)
  • [21] DT Chong*, Quanbin Zhao, F Yuan, et al. Experimental and theoretical study on the second dominant frequency [J]. ETFS. 2015, 68:744-758. (SCI)
  • [22] WX Chen, Quanbin Zhao, DT Chong* et al. Characteristic of pressure oscillation caused by turbulent vortexes and affected region of pressure oscillation[J]. ETFS, 2016,76:24-33
  • [23] SL Song, Quanbin Zhao, DT Chong*, et al. Numerical simulation of vortex in residual heat removal system during mid-loop operation[J]. NED, 2018,337,428-438. (SCI)
  • [24] SL Song, XY Yue, Quanbin Zhao, et al. Numerical study on mechanism of condensation oscillation of unstable steam jet[J]. CES, 2020,211,115303. (SCI)
  • [25] F Yuan, Quanbin Zhao, D Chong et al.. Flow Visualization of Submerged steam jet in subcooled water[J]. Journal of Heat and Mass Transfer, 2015,138:2. (SCI)
  • [26] WX Chen, YC Wang, Quanbin Zhao, et al.. Experimental investigation on the second dominant frequency of supersonic steam jet condensation oscillation and its propagation characteristic[J]. Annals of Nuclear Energy,2016, 97: 122-131.(SCI)
  • [27] LT Wang, XY Yue, Quanbin Zhao, et al. Numerical investigation on effect of steam water parameters on steam jet through a double-hole nozzle[J].IJHMT, 2018:831-842. (SCI)
  • [28] F Yuan, DT Chong, Quanbin Zhao, et al. Pressure oscillation of submerged steam condensation in condensation oscillation regime[J]. IJHMT, 2016,96:193-203. (SCI)

 

3)学术任职及学术报告

  • [1]陕西省创新驱动共同体能源与新能源技术专业技术委员会秘书
  • [2]中国电机工程学会清洁高效发电技术协作网专题会暨第三届超临界CO2循环发电技术研讨会 分会场主席
  • [3]中国核学会核反应堆热工流体力学分会先进能量转化技术研究主题论坛主持人及论坛主席
  • [4]中国电机工程学会清洁高效发电技术协作网专题会暨第三届超临界CO2循环发电技术研讨会特邀报告
  • [5]2020年AMACEE2020国际会议特邀报告
  • [6]中国核学会2023年学术年会超临界二氧化碳核能动力技术主题论坛主题报告
  • [7]河北省数据中心相变热管理技术创新中心学术论坛-热管理技术系列学术交流特邀报告
  • [8] 陕西省青年科学家大会分会组委会成员

 

4)发明专利

  • [1] 赵全斌,王柱,严俊杰等. 基于亲疏水特性的凝结水锤强度削弱装置[P].中国: ZL201811544278.X.
  • [2] 赵全斌,王柱,严俊杰等. 基于温度测量装置预测管路内凝结水击的方法[P].中国: ZL201811544308.7.
  • [3] 种道彤,王柱,严俊杰,赵全斌,等.带有扰流凸起结构的凝结水锤抑制装置[P].中国: ZL201811545307.4.
  • [4] 种道彤,王柱,严俊杰,赵全斌,等. 基于压力振荡特性的凝结水锤预测及削弱装置的方法[P].中国: ZL201811544299.1.
  • [5] 种道彤,王禄涛,赵全斌,等.一种蒸汽排放过程凝结水锤抑制系统[P].中国:ZL201810836981.1.
  • [6] 种道彤,王禄涛, 赵全斌,等.凝结水锤抑制装置及抑制系统[P]. 中国:ZL201710449050.1
  • [7] 种道彤,王禄涛,赵全斌,等. 凝结水锤抑制结构及抑制系统[P].中国:ZL201710449048.4
  • [8] 种道彤,王禄涛,赵全斌,等. 利用流型和温度测量装置预测管路内凝结水击的方法[P].中国:ZL201811545317.8
  • [9] 种道彤,赵全斌,王伟等.基于改变曝光时间以及光源强度获得汽羽穿透长度的方法[P].中国:ZL201410241060.2
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