作者：LEE, YOUNG JUN | NERSISYAN, Hayk | LEE, JONG-HYUN
申请者：THE INDUSTRY & ACADEMIC COOPERATION IN CHUNGNAM NATIONAL UNIVERSITY
(IAC)
发明人：LEE, YOUNG JUN | NERSISYAN, Hayk | LEE, JONG-HYUN 年：2022,
语种：英语
公开国家：KR 国家：韩国
专利申请号：KR10-2018-0033684 专利申请日期：2018-03-23
公开(公告)号：KR10-2355131B1 公开日期：2022-01-25
优先权号：KR20180033684 | 2018KR-0033684
分类号：B22F 1/00 20220101ALI20220125BHKR 国际主分类号：B22F 1/00
20220101ALI20220125BHKR 国际分类号：B22F-1/00 | B22F-9/24 | H01G-9/07
CPC分类号：B22F-001/0007 | B22F-009/24 | H01G-009/07
法律状态：GRANTED
摘要：
A method for producing a reticulated metal nanopowder using a
Hydrogen mediated Metllothermic reduction (hmr) process based on a
magnetoelectric combustion synthesis method according to the present invention
comprises mixing a metal oxide, a reducing agent, And a hydrogen-containing
inorganic compound (S1); initiating a combustion reaction of the mixture (S2);
terminating a reaction (S3); and obtaining a reduced metal powder from the metal
oxide (S4). The preparation method according to the present invention has
advantages of effectively preparing a metal nanopowder of high surface area. In
addition, since the process time is shorter, the process is simple, the thermal
efficiency and productivity are excellent in thermal efficiency and
productivity, the manufacturing cost can be greatly reduced, and mass production
can be performed in comparison with conventional manufacturing processes. 
1stEPA METHOD 30B
400-101-7153
15201733840
