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Processing studies on high entropy (MoNbTaVW)C

delete2026-03-04
delete0
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OA
AI
L
Lavina Backman
K
Kevin Anderson
H
Heonjune Ryou
H
Homa Keshmiri
S
Sara C. Mills
E
Eric A. Patterson
S
Samuel J. Opeka
A
Austin Martin
Z
Zoey Warecki
B
Bradley De Gregorio
E
Evgeniya H. Lock
M
Matthew B. Dickerson
E
Edward P. Gorzkowski
J
Jesse R. Maxwell
J
James A. Wollmershauser
DOI：10.1016/j.matdes.2026.115784delete
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摘要

摘要

En 中文
• 像氧这样的杂质，可能对超高温陶瓷的机械性能产生不利影响，可以通过在烧结前对前驱体粉末进行预退火来去除。 • 对研磨后的前驱体粉末进行预退火处理，可导致孔隙率降低并形成具有更高弯曲强度的材料。 • 降低烧结温度也对改善微观结构和性能有影响，但未能使高熵陶瓷实现完全的化学均匀性。
Keyword:
High entropy
Ultra-high temperature ceramics
Mechanical properties
Processing optimization
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期刊

M
MATERIALS & DESIGN
IF:
7.9
论文数:
1.6K
被引数:
0

机构

A
Air Force Research Laboratory
学者数:
25
论文数: 12
被引数: 0
B
Boeing Company
学者数:
14
论文数: 6
被引数: 0
U
University of Virginia
学者数:
3.0W
论文数: 2.7W
被引数: 4.1W
U
ues inc
学者数:
1
论文数: 1
被引数: 0
A
apex applied science and engineering
学者数:
1
论文数: 2
被引数: 0
N
naval research laboratory
学者数:
132
论文数: 67
被引数: 0
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