Search Results - "Oti, J.O."

Size effects in submicron NiFe/Ag GMR devices by Russek, S.E., Cross, R.W., Sanders, S.C., Oti, J.O.

“…We have measured the magnetoresistive response of submicron NiFe/Ag giant magnetostrictive (GMR) devices as a function of current density and field angle. In…”
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Magnetoresistance of thin-film NiFe devices exhibiting single-domain behavior by Cross, R.W., Oti, J.O., Russek, S.E., Silva, T., Kim, Y.K.

“…Rectangular NiFe stripes as small as 1/spl times/5 /spl mu/m were fabricated and characterized as a function of film thickness. Gold current leads were…”
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Micromagnetic simulations of magnetoresistive behavior of sub-micrometer spin-valve MRAM devices by Oti, J.O., Russek, S.E.

“…The effects of device shape and size on the giant magnetoresistive (MR) response of NiFe/sub 7.5 nm//Co/sub 0.6 nm//Cu/sub 3 nm//Co/sub 0.6 nm//NiFe/sub 7.5…”
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Switching characteristics of spin valve devices designed for MRAM applications by Russek, S.E, Oti, J.O, Kim, Young K

“…The low-frequency performance of spin valve giant magnetoresistive devices, designed for digital applications, has been examined as a function of device line…”
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Numerical micromagnetic techniques and their applications to magnetic force microscopy calculations by Oti, J.O.

“…Numerical micromagnetics is a flexible and powerful means of designing and characterizing magnetic devices. An overview of numerical methods of solution of…”
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Micromagnetic calculations of the remanence properties of dual-layer thin films by Oti, J.O.

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A personal computer based semi-analytical micromagnetics design tool by Oti, J.O., Kim, Y.K., Suvarna, S.

“…A personal computer based semi-analytical micromagnetics design tool is described. The program enables the flexible modeling of systems of interacting…”
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Field angle and current density effects in submicrometer spin valves for digital applications by Russek, S.E., Oti, J.O., Kim, Y.K., Cross, R.W.

“…We have characterized the magnetoresistive response of giant magnetoresistive spin valve devices, designed for digital applications, as a function of current…”
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A micromagnetic model of dual-layer magnetic-recording thin films by Oti, J.O.

“…The micromagnetic model, which is capable of simulating magnetic layers having different magnetic and geometric properties, is applied to the study of the…”
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Micromagnetic Simulations Of Magnetoresistive Behavior Of Sub Micrometer MRAMS by Oti, J.O., Russek, S.E.

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Simulated magnetoresistive behavior of geometrically asymmetric spin valves by Oti, J.O., Cross, R.W., Russek, S.E., Kim, Y.K.

“…A semi-analytical micromagnetic model is used to study how the magnetoresistive (MR) response is affected by uneven geometries in NiFe/Cu/NiFe spin-valve…”
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Identifying phenomenological magnetoresistive properties of spin valves by Oti, J.O., Kim, Y.K., Shand, P.M.

“…A methodology for identifying essential magnetoresistive parameters of spin valves is presented. The method uses a formulation of the magnetoresistance of a…”
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Models of granular giant magnetoresistance multilayer thin films by Oti, J.O., Russek, S.E., Sanders, S.C., Cross, R.W.

“…Phenomenological micromagnetic and large-scale magnetization-dependent models of resistivity that produce giant magnetoresistance in granular multilayer…”
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A PC Based Semi-analytical Micromagnetics Design Tool by Oti, J.O., Young K. Kim

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Performance Optimization Of Submicrometer Spin Valves For Digital Applications by Russek, S.E., Kos, A.B., Oti, J.O., Cross, R.W., Kim, Y.K.

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Lossy skin effect modeling of interconnects by Asgari, S., Oti, J.O., Subrahmanyam, J.N.

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