Direct Simulation Monte Carlo Method for the Simulation of Rarefied Gas Flow in Discrete Track Recording Head/Disk Interfaces von Duwensee, Maik, Talke, Frank E, Suzuki, Shoji, Lin, Judy, Wachenschwanz, David

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Simulation of the head disk interface for discrete track media von DUWENSEE, Maik, SUZUKI, Shoji, LIN, Judy, WACHENSCHWANZ, David, TALKE, Frank E

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The effect of the switching rate dependence of coercivity on recording performance von Wachenschwanz, David, Alex, Michael

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Experimental studies of the switching properties of synthetic antiferromagnetic (SAF) media von Wachenschwanz, D.E., Malhotra, S., Stafford, D., Zhengsheng Shan, Bertero, G.A.

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Design of a manufacturable discrete track recording medium von Wachenschwanz, D., Wen Jiang, Roddick, E., Homola, A., Dorsey, P., Harper, B., Treves, D., Bajorek, C.

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Air Bearing Simulation of Discrete Track Recording Media von Duwensee, M., Suzuki, S., Lin, J., Wachenschwanz, D., Talke, F.E.

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Optimization of granular double-layer perpendicular media von Bertero, G.A., Wachenschwanz, D., Malhotra, S., Velu, S., Bian, B., Stafford, D., Yan Wu, Yamashita, T., Wang, S.X.

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Modeling and design of discrete track recording media von Roddick, E., Wachenschwanz, D., Wen Jiang

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Low-noise CoCrPtO perpendicular media with improved resolution von Velu, E.M.T., Malhotra, S., Bertero, G., Wachenschwanz, D.

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Thermal effects and recording performance at high recording densities von Alex, M., Wachenschwanz, D.

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Recording performance characteristics of granular perpendicular media von Wen Jiang, Velu, E.M.T., Malhotra, S., Jung, H.S., Chi Kong Kwok, Bertero, G., Wachenschwanz, D.

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Optimal head design and characterization from a media perspective von Nan-Hsiung Yeh, Wachenschwanz, D., Mei, L.

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Longitudinal magnetic media designs for 60-200-Gb/in(2) recording von Bertero, G A, Malhotra, S, Bian, Bo, Tsoi, J, Avenell, M, Wachenschwanz, D, Yamashita, T

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Longitudinal magnetic media designs for 60-200-Gb/in2 recording von BERTERO, Gerardo A, MALHOTRA, Sudhir, BO BIAN, TSOI, Jackie, AVENELL, Michael, WACHENSCHWANZ, David, YAMASHITA, Tom

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The effects of thermal-induced transition decay and broadening on magnetic recording performance von Wachenschwanz, D., Alex, M., Lin He, Nichols, M.

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MODULATION OF SIDEWALLS OF SERVO SECTORS OF A MAGNETIC DISK AND THE RESULTANT DISK von DAVID TREVES, DAVID WACHENSCHWANZ

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Amplitude margin analysis in high density disk recording using a pseudo-random sequence von Nan-Hsiung Yeh, Wachenschwanz, D.

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Magnetic force microscopy study of track edge effects in longitudinal media von Schabes, Manfred E., Tang, Kai, Ranjan, Rajiv, Yeh, Nan, Wachenschwanz, David

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Aluminum substrate disk having silica gel coating von WACHENSCHWANZ DAVID

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Aluminum substrate disk having silica gel coating von Wachenschwanz, David

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