Aug, 31, 2024

Vol.57 No.4

학회 연락처

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  • The Korean Society of Surface Science and Engineering
  • Volume 56(6); 2023
  • Article

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The Korean Society of Surface Science and Engineering 2023;56(6):341-352. Published online: Dec, 28, 2023

분말소재의 표면처리를 위한 회전형 CVD 공정

  • 이종환a, 정구환a,b,*
    a강원대학교 대학원 고기능 소재 및 소자 협동과정, b강원대학교 배터리융합공학과
초록

This paper reviews the potentials of a rotary chemical vapor deposition (RCVD) process for nanomaterial synthesis and coating on powder-based materials. The rotary reactor offers a significant improvement over traditional CVD methods having horizontal and fixed reaction chambers. The RCVD system yields enhanced productivity and surface coating uniformity of nanoparticles applied in various purposes, such as efficient heat dissipation, surface hardness enhancement, and enhanced energy storage performances. The effectiveness of the RCVD system would open up new possibilities in various applications because uniform coating on powder-based materials with massive productivity is inevitable to develop multi-functional materials with high reliability.

키워드 Thermal chemical vapor deposition; Rotary chemical vapor deposition; Powder coating; Mass production.