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- W4281645008 endingPage "1404" @default.
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- W4281645008 abstract "In terms of lightweight electromagnetic interference (EMI) shielding structural materials, Mg matrix materials have proven to be the best, due to their exciting properties (e.g. low density, high specific strength, good electrical conductivity and excellent EMI shielding properties) and their wide range of applications in lightweighting in electronics, automotive and aerospace industries. Through processing, such as alloying, heat treatment, plastic deformation and composite processing, Mg matrix materials can be obtained with tailorable properties which can play a key role in designing materials for EMI shielding. This work introduces an overview of the research on the EMI shielding properties of Mg matrix materials as well as their EMI shielding mechanisms over the past few decades, focused on the influence of alloying, heat treatment, plastic deformation and composite processing for the EMI shielding properties of Mg matrix materials. At the end, conclusions and future perspectives are provided." @default.
- W4281645008 created "2022-06-13" @default.
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- W4281645008 date "2022-05-01" @default.
- W4281645008 modified "2023-09-25" @default.
- W4281645008 title "Recent advances of electromagnetic interference shielding Mg matrix materials and their processings: A review" @default.
- W4281645008 cites W1100314772 @default.
- W4281645008 cites W1975108606 @default.
- W4281645008 cites W1987861968 @default.
- W4281645008 cites W1993046674 @default.
- W4281645008 cites W2011903494 @default.
- W4281645008 cites W2015245928 @default.
- W4281645008 cites W2017533590 @default.
- W4281645008 cites W2019837385 @default.
- W4281645008 cites W2041617736 @default.
- W4281645008 cites W2058536272 @default.
- W4281645008 cites W2063648835 @default.
- W4281645008 cites W2067679872 @default.
- W4281645008 cites W2073565021 @default.
- W4281645008 cites W2077982613 @default.
- W4281645008 cites W2080903172 @default.
- W4281645008 cites W2086216636 @default.
- W4281645008 cites W2087201755 @default.
- W4281645008 cites W2093014772 @default.
- W4281645008 cites W2099070236 @default.
- W4281645008 cites W2161488877 @default.
- W4281645008 cites W2303262300 @default.
- W4281645008 cites W2344832260 @default.
- W4281645008 cites W2407129534 @default.
- W4281645008 cites W2407358769 @default.
- W4281645008 cites W2417356672 @default.
- W4281645008 cites W2577899697 @default.
- W4281645008 cites W2592934668 @default.
- W4281645008 cites W2610444012 @default.
- W4281645008 cites W2678322248 @default.
- W4281645008 cites W2769068421 @default.
- W4281645008 cites W2769074429 @default.
- W4281645008 cites W2785268262 @default.
- W4281645008 cites W2792667226 @default.
- W4281645008 cites W2805337924 @default.
- W4281645008 cites W2886661475 @default.
- W4281645008 cites W2887760928 @default.
- W4281645008 cites W2893660747 @default.
- W4281645008 cites W2899394362 @default.
- W4281645008 cites W2900208575 @default.
- W4281645008 cites W2904579236 @default.
- W4281645008 cites W2907607511 @default.
- W4281645008 cites W2922337829 @default.
- W4281645008 cites W2948904115 @default.
- W4281645008 cites W2950839058 @default.
- W4281645008 cites W2963145082 @default.
- W4281645008 cites W2963971863 @default.
- W4281645008 cites W2971775655 @default.
- W4281645008 cites W2971891885 @default.
- W4281645008 cites W2976037109 @default.
- W4281645008 cites W3000617878 @default.
- W4281645008 cites W3008665494 @default.
- W4281645008 cites W3009464748 @default.
- W4281645008 cites W3010970994 @default.
- W4281645008 cites W3011794059 @default.
- W4281645008 cites W3016709079 @default.
- W4281645008 cites W3021982759 @default.
- W4281645008 cites W3022793806 @default.
- W4281645008 cites W3024917117 @default.
- W4281645008 cites W3025861875 @default.
- W4281645008 cites W3033515937 @default.
- W4281645008 cites W3034587967 @default.
- W4281645008 cites W3037363436 @default.
- W4281645008 cites W3038161233 @default.
- W4281645008 cites W3050703731 @default.
- W4281645008 cites W3082243480 @default.
- W4281645008 cites W3086341213 @default.
- W4281645008 cites W3091826849 @default.
- W4281645008 cites W3097003766 @default.
- W4281645008 cites W3098885841 @default.
- W4281645008 cites W3103188791 @default.
- W4281645008 cites W3108543578 @default.
- W4281645008 cites W3111153716 @default.
- W4281645008 cites W3118477213 @default.
- W4281645008 cites W3128240442 @default.
- W4281645008 cites W3139008758 @default.
- W4281645008 cites W3154010238 @default.
- W4281645008 cites W3161461929 @default.
- W4281645008 cites W3165425148 @default.
- W4281645008 cites W3171313023 @default.
- W4281645008 cites W3175615862 @default.
- W4281645008 cites W3201755307 @default.
- W4281645008 cites W3204670456 @default.
- W4281645008 cites W350059282 @default.
- W4281645008 doi "https://doi.org/10.1016/s1003-6326(22)65881-3" @default.
- W4281645008 hasPublicationYear "2022" @default.
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