• Home
  • About Us
    • Brief Introduction
    • Address from the Director
    • Directors
    • Organization
    • IUE in Media
  • Scientists
    • Academicians
    • Professors
    • Associate Professors
  • Research
    • Research Divisions
    • Research Progress
  • Education
    • Admission
    • Study at IUE
    • Scholarships
  • INT'L Cooperation
    • INT'L Cooperation News
    • Partnership
  • Papers
  • Join Us
    • Job Opportunities
    • PIFI
      • What's PIFI
Contact Us   |   Sitemap   |   CAS   |   中文
Contact Us   |   Sitemap   |   CAS   |   中文
  • Home
  • About Us
    • Brief Introduction
    • Address from the Director
    • Directors
    • Organization
    • IUE in Media
  • Scientists
    • Academicians
    • Professors
    • Associate Professors
  • Research
    • Research Divisions
    • Research Progress
  • Education
    • Admission
    • Study at IUE
    • Scholarships
  • INT'L Cooperation
    • INT'L Cooperation News
    • Partnership
  • Papers
  • Join Us
    • Job Opportunities
    • PIFI

Papers

  • HomePapers
  • Papers
    Supply and demand conflicts of critical heavy rare earth element: Lessons from gadolinium
    Shen Zhao , Peng Wang , Wei Chen , Lu Wang , Qiao-Chu Wang , Wei-Qiang Chen*

    Our understanding of supply and demand conflicts of critical minerals is quite limited, which may inhibit strategies in their criticality mitigation. This is particularly severe for gadolinium (Gd), as a heavy rare earth element, given its small amounts in supply and wide applications ranging from glass to NdFeB magnets. This study (1) developed a sophisticated accounting framework to measure the supply and demand trends of Gd within China from 1990 to 2018 and (2) provided a qualitative review and discussions on Gd supply-demand balance in a holistic perspective. Our findings suggest that the balance of Gd supply and demand shows a cyclical trend, termed as periodic "scarcity-abundance" pattern, influenced by changes in environmental regulations, trade structures, and technological applications. This highlights the importance of the joint measurement of both supply and demand of critical minerals for their criticality mitigation.

    Key words:Gadolinium;Material flow analysis;Supply and demand conflicts;Critical minerals management

    Volume:199

    Page:107254

    Journal:Resources, Conservation and Recycling

    https://doi.org/10.1016/j.resconrec.2023.107254

    About Us

    • Brief Introduction
    • Address from the Director
    • Directors
    • Organization
    • IUE in Media

    Scientists

    • Academicians
    • Professors
    • Associate Professors

    Research

    • Research Divisions
    • Research Progress

    Education

    • Admission
    • Study at IUE
    • Scholarships

    INT'L Cooperation

    • INT'L Cooperation News
    • Partnership

    Papers

    Join Us

    • Job Opportunities
    • PIFI
    Copyright © Institute of Urban Environment,Chinese Academy of Sciences. All Rights Reserved.
    1799 Jimei Road, Xiamen 361021 China.+86-592-6190973.