1銆佸熀纭淇℃伅
鐜嬪钩锛岀敺锛屾眽鏃忥紝鐜颁负鍖椾含鏋椾笟澶у姘村湡淇濇寔瀛﹂櫌鏁欐巿(鐮存牸)銆佸崥澹敓瀵煎笀銆傚崥澹瘯涓氫簬鍖椾含澶у锛屼富瑕佷粠浜嬬敓鎬佷笌鐜姘村姏瀛︺佹渤娴佷笌婀垮湴鐗╄川杈撹繍杩囩▼妯℃嫙銆佸湡澹や镜铓绛夐鍩熺殑绉戠爺宸ヤ綔銆傝幏璇勫浗瀹堕珮灞傛闈掑勾浜烘墠銆佸痉鍥芥椽鍫″鑰呫佷腑鍥界鍗忛潚骞存墭涓句汉鎵嶃佸寳鏋楀鑰呮澃鍑洪潚骞翠汉鎵嶇瓑绉板彿銆備富鎸佸浗瀹惰嚜鐒剁瀛﹂潚骞村熀閲戝拰闈笂鍩洪噾绛夌鐮旈」鐩10浣欓」锛屽湪Water Resources Research銆丣ournal of Hydrology銆丷enewable & Sustainable Energy Reviews銆両nternational Journal of Heat and Mass Transfer绛夐鍩熷唴鏉冨▉鏈熷垔涓婂彂琛ㄥ鏈鏂40浣欑瘒銆傛媴浠籗CI鏈熷垔International Journal of Sediment Research鍓富缂栵紝浠籉rontiers in Environmental Science锛孍nergy Ecology & Environment鏈熷垔瀹㈠骇涓荤紪鎴栫紪杈戯紝浠诲寳浜敓鎬佷慨澶嶅浼氱悊浜嬨傝幏涓浗姘村湡淇濇寔瀛︿細浼樼璁捐涓绛夊1椤癸紝鎺堟潈鍥藉鍙戞槑涓撳埄2椤广
2銆佸涔犲伐浣滅粡鍘
2022.1鑷充粖 鍖椾含鏋椾笟澶у 姘村湡淇濇寔瀛﹂櫌 鏁欐巿(鐮存牸)
2021.12 鍏ラ夊浗瀹堕珮灞傛闈掑勾浜烘墠
2020.1-2021.2 寰峰浗鍥惧鏍瑰ぇ瀛 搴旂敤鍦扮悆绉戝绯 娲牎瀛﹁
2019.12 鍏ラ夌浜斿眾涓浗绉戝崗闈掑勾浜烘墠鎵樹妇宸ョ▼
2019.6 鍏ラ夊寳浜灄涓氬ぇ瀛︹滄澃鍑洪潚骞翠汉鎵嶁濆煿鑲茶鍒
2019.1-2021.12 鍖椾含鏋椾笟澶у 姘村湡淇濇寔瀛﹂櫌 鍓暀鎺
2016.7-2018.12 鍖椾含鏋椾笟澶у 姘村湡淇濇寔瀛﹂櫌 璁插笀
2011.9-2016.7 鍖椾含澶у 鍔涘绯 鍗氬＋
2007.9-2011.6 鍗庝腑绉戞妧澶у 鑳芥簮瀛﹂櫌 瀛﹀＋
3銆佺爺绌舵柟鍚
鐢熸佷笌鐜姘村姏瀛︺佹渤娴佷笌婀垮湴鐗╄川杈撹繍杩囩▼妯℃嫙銆佸湡澹や镜铓绛
4銆佷富璁茶绋
鏈鐢熻绋嬶細銆婃按鍔涘銆嬨併婃祦浣撳姏瀛︺嬨併婂湡澹や镜铓鍘熺悊銆
鐮旂┒鐢熻绋嬶細 鐣欏鐢熻绋嬨奌ydrology and Water Resources銆
5銆佸鍔辫崳瑾
1. 鍖椾含鏋椾笟澶у浼樼鏈鐝富浠伙紝2018, 2019.
2. 涓浗姘村湡淇濇寔瀛︿細浼樼璁捐濂栵紝涓绛夊锛2018.
3. 鍖椾含鏋椾笟澶у闈掑勾浼樼瀛︽湳璁烘枃锛屼竴绛夊锛2017.
6銆佸彂琛ㄨ鏂锛堟樉绀10绡囦唬琛ㄤ綔锛
1銆Wang, P.*, Cirpka, O. A., 2021. Surface transient storage under low-flow conditions in streams with rough bathymetry. Water Resources Research, 57(12): WR029899.
2銆乑hang, Y.G., Wang, P.*, Cheng, J.H., Wang, W.J., Zeng, L., Wang, B., 2020. Drag coefficient of emergent flexible vegetation in steady nonuniform flow. Water Resources Research, 56(8): WR027613.
3銆丗an, Y., Wu, X., 鈥, Wang, P.*, Chen, G.Q., 2020. A unified ecological assessment of a solar concentrating plant based on an integrated approach joining cosmic exergy analysis with ecological indicators. Renewable and Sustainable Energy Reviews, 129: 109934.
4銆Wang, P.*, Zhang, Z.Q., 2020. Lateral concentration distribution of contaminant transport in tidal wetland flows. Journal of Hydrology, 124978.
5銆Wang P.*, Zeng L., 2019. On the bicomponent contaminant transport in wetland flow with reactions. Journal of Hydrology, 576: 541-550.
6銆Wang P.*, Chen G.Q., 2017. Contaminant transport in wetland flows with bulk degradation and bed absorption. Journal of Hydrology, 552: 674-683.
7銆Wang P.*, Chen G.Q., 2017. Concentration distribution for pollutant dispersion in a reversal laminar flow. Journal of Hydrology, 551: 151-161.
8銆Wang P.*, Chen G.Q., 2017. Basic characteristics of Taylor dispersion in a laminar tube flow with wall absorption: Exchange rate, advection velocity, dispersivity, skewness and kurtosis in their full time dependence. International Journal of Heat and Mass Transfer, 109: 844-852.
9銆Wang P.*, Chen G.Q., 2016. Solute dispersion in open channel flow with bed absorption. Journal of Hydrology, 543: 208-217.
10銆Wang P., Chen G.Q., 2016. Transverse concentration distribution in Taylor dispersion: Gill鈥檚 method of series expansion supported by concentration moments. International Journal of Heat and Mass Transfer, 95: 131-141.
7銆佽仈绯绘柟寮忥細
鐢佃瘽锛010-62336308
閭锛歸angp@bjfu.edu.cn
鍦板潃锛氬寳浜競娴锋穩鍖烘竻鍗庝笢璺35鍙峰寳浜灄涓氬ぇ瀛︽按鍦熶繚鎸佸闄
鏈棰樼粍姣忓勾鍙嫑鏀跺崥澹悗1鍚銆佸崥澹爺绌剁敓2鍚嶃佺澹爺绌剁敓5鍚嶏紝骞跺彲甯︽湰绉戠敓鑻ュ共鍚嶃傛杩庡嫟濂嬨佽鐪燂紝鏈夊垱鏂扮簿绁炵殑鏈夊織闈掑勾鍔犲叆鎴戜滑鐨勫洟闃燂紒