Search Results - "Zhu, F.W"

A mathematical modeling in applying hydraulic element method for a hydraulic buffer and its performance analysis by Chen, Kefei, Li, Peng, Fan, C.G., Yang, Y.R., Yue, T., Zhu, F.W., Yuan, P.

“…The hydraulic buffer is the key to decreasing the impact force between the control rod drive system and the fuel assembly in the case of an emergency shutdown…”
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Interface reactions in Ta/Ni 81Fe 19/Ta structures and their influence on magnetic properties by Yu, G.H., Li, M.H., Teng, J., Zhu, F.W., Lai, W.Y.

“…Ta/Ni 81Fe 19, Ni 81Fe 19/Ta, Cu/Ni 81Fe 19, and Ni 81Fe 19/Cu structures are commonly used in the magnetic multilayers with giant magnetoresistance. For a…”
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Influence of metal spacer on the properties and microstructure of multilayer films and analyses by Li, M.H., Yu, G.H., Zhu, F.W., Zeng, D.C., Lai, W.Y.

“…Ta/NiFe/nonmagnetic metal spacer/FeMn/Ta films were prepared by magnetron sputtering. The dependence of the exchange coupling field ( H ex) between the FeMn…”
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Interface reactions in Ta/Ni81Fe19/Ta structures and their influence on magnetic properties by YU, G. H, LI, M. H, TENG, J, ZHU, F. W, LAI, W. Y

“…Ta/Ni81Fe19, Ni81Fe19/Ta, Cu/Ni81Fe19, and Ni81Fe19/Cu structures are commonly used in the magnetic multilayers with giant magnetoresistance. For a…”
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X-ray photoelectron spectroscopy study of magnetic films by Yu, G.H., Zhu, F.W., Chai, C.L.

“…Ta/NiOx/Ni81Fe19/Ta films were prepared by rf reactive and dc magnetron sputtering. The exchange coupling field Hex and the coercivity Hc of NiOx/Ni81Fe19 as a…”
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Suppression of interlayer segregation in spin-valve NiFe/Cu/NiFe/FeMn multilayers by YU, G. H, ZHU, F. W, LI, M. H, JIANG, H. W, LAI, W. Y

“…Experimental results show that Cu atoms can float out to or segregate to the NiFe/FeMn interface for Ta/NiFe/Cu/NiFe/FeMn/Ta spin-valve multilayers, which…”
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Enhancement of exchange-coupling field in FeMn pinned spin valve by surfactant Bi by Jiang, H.W., Li, M.H., Yu, G.H., Zhu, F.W., Cai, J.W., Lai, W.Y.

“…Ta/NiFe/Cu/NiFe/FeMn/Ta spin valve multilayers with surfactant Bi introduced after deposition of Cu layer were prepared. The enhancement of the exchange bias…”
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Interface reaction of Ta/NiO and its effect on exchange coupling by Yu, G.H., Chai, C.L., Zhao, H.C., Zhu, F.W., Xiao, J.M.

“…Ta/NiO/NiFe/Ta multilayers, utilizing Ta as the buffer layer, were prepared by RF reactive and DC magnetron sputtering. The exchange coupling field between NiO…”
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Effect of Cu surface segregation on properties of NiFe/FeMn bilayers by Li, M.H, Cai, J.W, Yu, G.H, Jiang, H.W, Lai, W.Y, Zhu, F.W

“…The films of NiFe/FeMn with Ta and Ta/Cu buffer layers were prepared by magnetron sputtering. Results show that the exchange bias field of NiFe/FeMn films with…”
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Precipitation of nanoscale Co particles in a granular Cu–Co alloy with giant magnetoresistance by Yanga, G.Y., Zhu, Jing, Wang, W.D., Zhang, Z., Zhu, F.W.

“…The precipitation of Co particles in the heterogeneous Cu 88Co 12 ribbon has been successfully investigated by using HRTEM and EDS. The presence of Co…”
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Small point cloud matching based on bi-direction random KD-tree by Zhu, F W, Lv, S J, Yuan, Z P

“…The Matching of the point clouds is a key technique in the three-dimensional tracking and 3D reconstruction process, as large amount of feature point data…”
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