Search Results - "Si, Pingzhan"

Influence of annealing on the microwave-absorption properties of Ni/TiO2 nanocomposites by Sun, Naikun, Du, Baosheng, Liu, Feng, Si, Pingzhan, Zhao, Meixing, Zhang, Xueyuan, Shi, GuiMei

“…•The Ni/TiO2 nanocomposite was prepared by mechanochemical synthesis.•Annealing enlarges the grain size and releases the microstrain in as-milled…”
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Structure and tunable temperature coefficient of magnetization of Mn4-xGaxC alloys prepared by induction melting method by Liang, Yinghua, Qi, Tingting, Zhang, Baochao, Zhang, Qiang, Choi, Chul-Jin, Park, Jihoon, Zhou, Tianhong, Wu, Qiong, Ge, Hongliang, Si, Pingzhan

“…The magnetization of most magnetic materials decreases monotonically with increasing temperature. In this work, we found that the temperature coefficient of…”
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Anisotropic SmFe10V2 Bulk Magnets with Enhanced Coercivity via Ball Milling Process by Zhou, Tian Hong, Zhang, Baochao, Zheng, Xing, Song, Youngwoon, Si, Pingzhan, Choi, Chul-Jin, Cho, Young-Rae, Park, Jihoon

“…Anisotropic bulk magnets of ThMn12-type SmFe10V2 with a high coercivity (Hc) were successfully fabricated. Powders with varying particle sizes were prepared…”
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Effect of B-doping on the structure and magnetocaloric properties of plate-shaped La0.6Pr0.4Fe11.4Si1.6Hx sintered in high-pressure H2 atmosphere by Sun, Naikun, Ren, Zengxin, Guo, Jie, Si, Pingzhang, Sun, Mingze

“…Plate-shaped La0.6Pr0.4Fe11.4Si1.6B0.2Hx bulk samples have been achieved with sintering in a high-purity H2 atmosphere at 50 MPa. The effect of B-doping on the…”
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Effect of β to α phase transformation on microstructure and thermal conductivity of SiC ceramic densified with Y2O3-MgO additives in argon by Huang, Binwei, Si, Pingzhan, Ren, Quanxing, Qian, Zhuang, Yin, Ziqiang, Huang, Zhengren, Huang, Qing, Li, Yinsheng

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Effect of soft magnetic phase addition on the microstructure and properties of SmCo5/FeCo anisotropic nanocomposite powders by Geng, Qiyao, Yao, Lulu, Zheng, Qiang, Si, Pingzhan, Bian, Baoru, Du, Juan

“…•Anisotropic SmCo5@FeCo nanocomposites were obtained by surfactant assisted chemical coating.•A novel microstructure consisting of a dense coating of FeCo…”
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Exploring the synthesis methodology and abnormal thermomagnetic properties of water-quenched alloys with antiperovskite Mn4C phase by Zhang, Baochao, Zhou, Tian Hong, Zheng, Xing, Song, Youngwoon, Si, Pingzhan, Li, Oi Lun, Choi, Chul-Jin, Park, Jihoon

“…We have devised a highly efficient methodology for the synthesis of high-purity Mn4C, involving arc-melting, subsequent homogenization, and water-quenching…”
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High-Performance Anisotropic Nanocomposites with a Novel Core/shell Microstructure by Quan, Wei, Yao, Lulu, Zheng, Qiang, Si, Pingzhan, Bian, Baoru, Du, Juan

“…Anisotropic nanostructures of magnetically hard and soft materials are fascinating for exploring next-generation ultrastrong permanent magnets with less…”
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Essential factors that can tremendously influence the grain connectivity of ex-situ sintered MgB2 superconductor by Cheng, Fang, Liu, Nan, Ma, Zongqing, Ge, Hongliang, Liu, Yongchang, Si, Pingzhan, Pu, Cheng

“…Extending the holding time and slightly excessive Mg addition and Mg-Cu co-addition are introduced to the MgB2 superconductors prepared by ex-situ sintering…”
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Magnetic and magnetocaloric properties of Mn0·98Fe0·02P1-xAsx compounds by Sun, Naikun, Ren, Zengxin, Shen, Longhai, Guo, Jie, Si, Pingzhan

“…MnP has been subject of considerable attention due to its wealth of magnetic phases and complex magnetic transitions in the presence of a magnetic field and at…”
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Anisotropic SmFe 10 V 2 Bulk Magnets with Enhanced Coercivity via Ball Milling Process by Zhou, Tian Hong, Zhang, Baochao, Zheng, Xing, Song, Youngwoon, Si, Pingzhan, Choi, Chul-Jin, Cho, Young-Rae, Park, Jihoon

“…Anisotropic bulk magnets of ThMn -type SmFe V with a high coercivity ( ) were successfully fabricated. Powders with varying particle sizes were prepared using…”
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High-Pressure Synthesis of High Coercivity Bulk MnAl-C Magnets from Melt-Spun Ribbons by Si, Pingzhan, Qian, Huidong, Wang, Xinyou, Yang, Yang, Park, Jihoon, Ge, Hongliang, Choi, Chul-jin

“…Bulk MnAl-C magnets were prepared via high-pressure compaction of melt-spun ribbons. The ε  → τ phase transformation (PT) in the melt-spun MnAl and MnAlC…”
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Structure and tunable temperature coefficient of magnetization of Mn 4-x Ga x C alloys prepared by induction melting method by Liang, Yinghua, Qi, Tingting, Zhang, Baochao, Zhang, Qiang, Choi, Chul-Jin, Park, Jihoon, Zhou, Tianhong, Wu, Qiong, Ge, Hongliang, Si, Pingzhan

“…Abstract The magnetization of most magnetic materials decreases monotonically with increasing temperature. In this work, we found that the temperature…”
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Microwave dielectric properties of La4Ti3O12 ceramics by Li, Zhengfa, Wu, Wenjun, Liu, Feng, Li, Yongxiang, Si, Pingzhan, Ge, Hongliang

“…Ceramic powders with a chemical formula of La4Ti3O12 were fabricated using the sol–gel method. Primrose-yellow homogeneously mixed sol and gel were prepared…”
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Influence of annealing on the microwave-absorption properties of Ni/TiO(2) nanocomposites by Sun, Naikun, Du, Baosheng, Liu, Feng, Si, Pingzhan, Zhao, Meixing, Zhang, Xueyuan, Shi, Guimei

“…Annealing enlarges the grain size and releases the large microstrain in the Ni/TiO(2) nanocomposite prepared by mechanochemical synthesis. This greatly…”
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Effect of Particle Size on the Hysteretic Behavior and Magnetocaloric Effect of La0.5Pr0.5Fe11.4Si1.6 Compound by Huang, Jiaohong, Sun, Naikun, Liu, Cuilan, Ge, Yumei, Zhang, Tao, Liu, Feng, Si, Pingzhan

“…Bulk La 0.5 Pr 0.5 Fe 11.4 Si 1.6 compound exhibits a large magnetic-entropy change Δ S m of 28.1 J/(kg K) for a magnetic-field change from 0 to 1.5 T at the…”
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Effect of Particle Size on the Hysteretic Behavior and Magnetocaloric Effect of La sub(0.5)Pr sub(0.5)Fe sub(11.4)Si sub(1.6) Compound by Huang, Jiaohong, Sun, Naikun, Liu, Cuilan, Ge, Yumei, Zhang, Tao, Liu, Feng, Si, Pingzhan

“…Bulk La sub(0.5)Pr sub(0.5)Fe sub(11.4)Si sub(1.6) compound exhibits a large magnetic-entropy change [Delta]S sub(m) of 28.1 J/(kg K) for a magnetic-field…”
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Structure and magnetostriction of Tb sub(0.4)Nd sub(0.6)(Fe sub(0.8)Co sub(0.2)) sub(1.90) alloy prepared by solid-state synthesis by Liu, Jinjun, Wang, Rong, Yin, Hongyun, Liu, Xincai, Si, Pingzhan, Du, Juan

“…Mechanical alloying (MA) and subsequent solid sintering process was used to prepare the Nd-containing magnetostrictive Tb sub(0.4)Nd sub(0.6)-(Fe sub(0.8)Co…”
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Structure and magnetostriction of Tb^sub 0.4^Nd^sub 0.6^(Fe^sub 0.8^Co^sub 0.2^)^sub 1.90^ alloy prepared by solid-state synthesis by Liu, Jinjun, Wang, Rong, Yin, Hongyun, Liu, Xincai, Si, Pingzhan, Du, Juan

“…Mechanical alloying (MA) and subsequent solid sintering process was used to prepare the Nd-containing magnetostrictive Tb^sub 0.4^Nd^sub 0.6^-(Fe^sub…”
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Structure and magnetostriction of Tb0.4Nd0.6(Fe0.8Co0.2)1.90 alloy prepared by solid-state synthesis by Liu, Jinjun, Wang, Rong, Yin, Hongyun, Liu, Xincai, Si, Pingzhan, Du, Juan

“…Mechanical alloying (MA) and subsequent solid sintering process was used to prepare the Nd-containing magnetostrictive Tb 0.4 Nd 0.6 -(Fe 0.8 Co 0.2 ) 1.90…”
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