A Review on the Radiation Response of Nanoporous Metallic Materials

Jin Li; H. Wang; X. Zhang

doi:10.1007/s11837-018-3111-x

A Review on the Radiation Response of Nanoporous Metallic Materials

Jin Li^*
, H. Wang
, X. Zhang

^*Corresponding author for this work

Purdue University

Research output: Contribution to journal › Review article › peer-review

19 Scopus citations

Abstract

High-dose, high-energy particle radiation induces significant microstructural damage in metallic materials. Free surfaces are ideal sinks for radiation-induced defects. Hence, nanoporous materials with abundant free surfaces may have outstanding radiation tolerance. This review summarizes recent studies on the interactions of defect clusters with free surfaces, and the influence of free surfaces and temperature on radiation-induced microstructural changes, such as shrinkage of nanopores, in nanoporous metallic materials. The mechanical properties of irradiated nanoporous metals are also briefly summarized.

Original language	English
Pages (from-to)	2753-2764
Number of pages	12
Journal	JOM
Volume	70
Issue number	11
DOIs	https://doi.org/10.1007/s11837-018-3111-x
State	Published - 1 Nov 2018
Externally published	Yes

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title = "A Review on the Radiation Response of Nanoporous Metallic Materials",

abstract = "High-dose, high-energy particle radiation induces significant microstructural damage in metallic materials. Free surfaces are ideal sinks for radiation-induced defects. Hence, nanoporous materials with abundant free surfaces may have outstanding radiation tolerance. This review summarizes recent studies on the interactions of defect clusters with free surfaces, and the influence of free surfaces and temperature on radiation-induced microstructural changes, such as shrinkage of nanopores, in nanoporous metallic materials. The mechanical properties of irradiated nanoporous metals are also briefly summarized.",

author = "Jin Li and H. Wang and X. Zhang",

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N2 - High-dose, high-energy particle radiation induces significant microstructural damage in metallic materials. Free surfaces are ideal sinks for radiation-induced defects. Hence, nanoporous materials with abundant free surfaces may have outstanding radiation tolerance. This review summarizes recent studies on the interactions of defect clusters with free surfaces, and the influence of free surfaces and temperature on radiation-induced microstructural changes, such as shrinkage of nanopores, in nanoporous metallic materials. The mechanical properties of irradiated nanoporous metals are also briefly summarized.

AB - High-dose, high-energy particle radiation induces significant microstructural damage in metallic materials. Free surfaces are ideal sinks for radiation-induced defects. Hence, nanoporous materials with abundant free surfaces may have outstanding radiation tolerance. This review summarizes recent studies on the interactions of defect clusters with free surfaces, and the influence of free surfaces and temperature on radiation-induced microstructural changes, such as shrinkage of nanopores, in nanoporous metallic materials. The mechanical properties of irradiated nanoporous metals are also briefly summarized.

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A Review on the Radiation Response of Nanoporous Metallic Materials

Abstract

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