Water-mediated Mg2SiO4 layer microstructure evolution: A critical pathway to superior magnetic performance in grain-oriented electrical steel by Gang Zhang, Sihua Meng, Zhipeng Tang, Jun Zong, Tao Fu, Kaiming Wu, Rui Yu

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Study on Microstructure and Properties of Friction-Assisted Electrodeposition Cu-SiC Deposited Layer by Kang Qi, Kun Li, Youliang Yu, Qinpeng Sun, Xiaotong Yao, Long Jiang

“…This has a significant impact on improving the performance of the electrodeposited layer.…”
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Microstructural evolution and strengthening mechanism of U71Mn steel joints fabricated by friction-flash hybrid welding by Jiaqing You, Jinhong Tan, Xingping Liu, Kai Du, Jiarui Li, Chengyang Yi, Yunqiang Zhao

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(Co,Mn)3O4 Spinel Coating for Protecting Metallic Interconnects Thermally Converted from an Electro-Codeposited Co-Mn3O4 Composite Coating by Yelong Li, Jianli Song, Jiahong Zhu, Yongtang Li, Wen Yang

“…Though the Mn content in (Co,Mn)3O4 was relatively low, the Mn-doped spinel coating was advantageous over the pure cobalt spinel coating, as the thermally grown Cr2O3 scale at the coating/substrate interface was more compact and protective. Co diffusion from the deposited layer into the alloy substrate was observed for both coatings.…”
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Microstructure of kajmak skin layer made during kajmak production by Mira Radovanovic, Aleksandar Nedeljkovic, Jelena Miocinovic, Vladimir Pavlovic, Predrag Pudja

“…The kajmak skin layer composition, severity of the applied milk heat treatment and the linked whey proteins exhibited a very strong influence on kajmak skin layer microstructure. The microstructure of kajmak skin layer with a low fat content and fat/protein (F/P) ratio was characterized by a compact structure with a dense protein matrix. …”
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