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17篇 您的检索式:作者名="Besiou"
    题名 作者 年代 出处 被引量
1Environmental and Eeonomical Sustainability of WEEE Closed-loop Supply Chains with Recycling: A System Dynamics Analysis显示文摘EORGIADIS P BESIOU M 2010Int J Adv Manuf Technol2010,47,5:1
2System dynamics for humanitarian operations显示文摘Besiou M Stapleton O Wassenhove L N V 2011Journal of Hu- manitarian Logistics and Supply Chain Management2011,1,1:1
3Environmental and Economical Sustainability of WEEE Closed-loop Supply Chains with Recycling: A System Dynamics Analysis 显示文摘Georgiadis P Besiou M 2010The International Journal of Advanced Manufacturing Technology2010,47,58:1
4System dynamics for humanitarian operations显示文摘Maria Besiou Orla Stapleton Luk N. Van Wassenhove 2011Journal of Humanitarian Logistics and Supply Chain Management2011,,1:1
5Sustainability in electrical and electronic equipment closed-loop supply chains:a system dynamics ap-proach显示文摘Georgiadis P Besiou M 2008Journal of Cleaner Production2008,16,15:1
6Sustainability in electrical and electronic equipment closed-loop supply chains: A system dynamics approach 显示文摘Georgiadis P Besiou M 2008Journal of Cleaner Production2008,16,15:1
7Sustainability in electrical andelectronic equipment closed-loop supply chains:A System Dynamicsapproach显示文摘Patroklos Georgiadis Maria Besiou 2008Journal of Cleaner Production2008,,16:1
8Sustainability in electrical and electronic equipment closed-loop supply chains: A System Dynamics approach 显示文摘Patroklos Georgiadis Maria Besiou 2008Journal of Cleaner Production (S0959-6526)2008,16,15:1
9Environmental and economical sustainability of WEEE closed-loop supply chains with recycling: a system dynamics analysis显示文摘Georgiadis P Besiou M 2010International Journal of Advanced Manufactui''ing Technology2010,47,58:1
10Environmental and economical sustainability of WEEE closed--loop supply chains with recycling: a system dynamics analysis显示文摘Patroklos Georgiadis Maria Besiou 2010Int J Adv Manuf Technol2010,47,:1
11System dynamics for humanitarian operations显示文摘Besiou M Stapleton O Wassenhove L N V 2011Journal of Humanitarian Logsit- ics and Supply Chain Management2011,1,1:1
12Sustainability in electrical and electronic equipment closed-loop supply chains: a system dy- namics approach显示文摘GEORGIADIS P BESIOU M 2008Journal of Cleaner Production2008,16,15:1
13Environmental and economical sus- tainability of WEEE closed-loop supply chains with recy- cling:a system dynamics analysis 显示文摘Georgiadis P Besiou M 2010International Journal of Advanced Manufacturing Technology2010,47,5:1
14Sustainability in electrical and electronic equipment closed-loop supply chains: A System Dynamics approach 显示文摘Patroklos Georgiadis Maria Besiou 2008Journal of Cleaner Production2008,,16:1
15Official Recycling and Scavengers : Symbiotic or Conflicting? 显示文摘Besiou M Georgiadis P Van Wassenhove L 2012European Journal of Operational Research2012,,218:1
16危机管理新法则显示文摘利益相关者集团拥有着自己的媒体渠道和信息资源,现在的管理者们必须知道利益相关者如何获取和使用新媒体的力量,并做出预案;危机管理的最关键处不一定在于修复系统或产品,而是恢复与利益相关者的关系,Mark Lee Hunter Luk N.Van Wassenhove Maria Besiou 2016董事会2016,0,8:0
17Multi-Elemental Chemostratigraphy,Sequence Development,Depositional History,and Environmental Importance of Early Eocene Red Beds(Kuldana Formation)in NW Himalayas,Pakistan显示文摘The Eocene Kuldana Formation(KF)in the Yadgar area of Pakistan,comprises a diverse range of sedimentary facies,including variegated red beds of shales,mudstones,and sandstones,as well as interbedded limestone and marl.In this study,we conducted an integrated micropaleontological,sedimentological,mineralogical,and geochemical investigation to determine the depositional setting,biochronology,provenance,and paleoclimate of the KF.The study identified six lithofacies and six microfacies,which indicate a variety of environments ranging from floodplains and channels to the margins and shallow marine settings.The nannofossil biostratigraphy places the KF in the Early Eocene,more precisely the NP10 zone(Ypresian),and the fossil zone of benthic foraminifera classifies the study section as the Shallow Benthic Zone SBZ-8(Middle Ilerdian 2).In terms of petrography,the KF sandstone was classified as litharenite and feldspathic litharenite,while the QtFL diagram suggests a recycled orogen.Geochemical proxies indicate an oxidizing environment,a high-to-low regular sedimentation rate,moderate-to-intense chemical weathering in the source region,and a warm-humid to dry climate during the deposition of KF.Overall,the findings suggest that the deposition of KF marks the end of Neo-Tethys due to the Early Eocene Indian–Kohistan collision and that the uplifting of the Himalayas provided the source for the deposition of KF in the foreland basin.The study provides new insights into the depositional environment,biochronology,provenance,and paleoclimate of KF,and highlights the potential for red beds as reliable indicators of oxygenation levels in proximity to mineral deposits.Amir Shahzad George Kontakiotis Thierry Adatte Khawaja Shoaib Ahmed Muhammad Tayyib Riaz Hammad Tariq Janjuhah Evangelia Besiou 2024Journal of Earth Science2024,35,2:0
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