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机译:金属无定形纳米复合材料(MANC)合金芯,具有用于高级电磁磁性应用的空间上调渗透性
National Energy Technology Laboratory;
National Energy Technology Laboratory;
National Energy Technology Laboratory;
Materials and Structures Division NASA Glenn Research Center;
Materials and Structures Division NASA Glenn Research Center;
Materials Science and Engineering Carnegie Mellon University;
Materials Science and Engineering Carnegie Mellon University;
North Carolina State University;
National Energy Technology Laboratory;
Materials and Structures Division NASA Glenn Research Center;
Materials and Structures Division NASA Glenn Research Center;
Materials and Structures Division NASA Glenn Research Center;
North Carolina State University;
机译:金属无定形纳米复合材料(MANC)合金芯,具有用于高级电磁磁性应用的空间上调渗透性
机译:电机用退火非晶磁芯的功率损耗和相对磁导率
机译:非晶/金属玻璃合金作为制氢用氢渗透膜和PEFC双极板的潜在应用
机译:脉冲功率磁性应用中铁基纳米晶核的损耗和磁导率表征
机译:自旋电子学用非晶态金属氧化物磁性薄膜和纳米复合材料的制备和评价。
机译:用于空间应用的超高磁导率非晶态合金的磁滞回线建模
机译:变压器磁芯的Metglas非晶态金属及其在偏远地区供电系统中的应用