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Your search keyword '"Yin, M.Y."' showing total 10 results
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10 results on '"Yin, M.Y."'

3. Predicting Right Ventricular Failure Following Left Ventricular Assist Device Support: A Derivation-Validation Multicenter Risk Score

Author

Kyriakopoulos, C.P., primary, Taleb, I., additional, Koliopoulou, A.G., additional, Ijaz, N., additional, Demertzis, Z., additional, Peruri, A., additional, Dranow, E., additional, Wever-Pinzon, O., additional, Yin, M.Y., additional, Shah, K.S., additional, Kemeyou, L., additional, Richins, T.J., additional, Tang, D.G., additional, Nemeh, H.W., additional, Stehlik, J., additional, Selzman, C.H., additional, Alharethi, R., additional, Caine, W.T., additional, Kfoury, A.G., additional, Fang, J.C., additional, Cowger, J.A., additional, Shah, P., additional, and Drakos, S.G., additional

Published
2021
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4. The Impact of Diabetes Mellitus and Glycemia on Myocardial Recovery

Author

Taleb, I., primary, Kyriakopoulos, C.P., additional, Wever-Pinzon, O., additional, Chaudhary, C., additional, Yin, M.Y., additional, Richins, T.J., additional, Navankasattusas, S., additional, Dranow, E., additional, Alharethi, R., additional, Koliopoulou, A.G., additional, Kfoury, A.G., additional, Stehlik, J., additional, Reid, B.B., additional, Kemeyou, L., additional, Shah, K.S., additional, Goodwin, M.L., additional, Fang, J.C., additional, Selzman, C.H., additional, and Drakos, S.G., additional

Published
2021
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9. Grain boundary magnetism and conductivity in polycrystalline Ti1− x Mn x N films by reactive sputtering.

Author

Wang, X.C., Yin, M.Y., and Mi, W.B.

Subjects
*CRYSTAL grain boundaries, *MAGNETISM, *ELECTRIC conductivity, *POLYCRYSTALS, *TITANIUM alloys, *THIN films, *MAGNETRON sputtering, *CRYSTAL lattices
Abstract

Highlights: [•] The preferred lattice orientation changes from (200) to (111) with the increase of x. [•] The surface morphology evolves from spherical to triangular-pyramid-like islands as x increases. [•] Weak grain-boundary ferromagnetism with a Curie temperature of higher than 305K appears. [•] The films show semiconducting-like behavior with a mechanism of thermal fluctuation-induced tunneling. [Copyright &y& Elsevier]

Published
2013
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10. Role of oxygen concentration on ferromagnetism and electronic transport properties of Co0.53Ti0.47O δ nanocomposite films.

Author

Wang, X.C., Zhou, J., Liu, R.X., Bai, Y.T., Yin, M.Y., Chen, X.M., and Yang, B.H.

Subjects
*FERROMAGNETISM, *OXYGEN, *ELECTRON transport, *PARTIAL pressure, *SURFACE roughness, *COBALT alloys, *NANOCOMPOSITE materials, *THIN films
Abstract

Highlights: [•] The average surface roughness changes with oxygen partial pressure (P O). [•] The films are composed of Co0, Co2+, Ti3+, Ti4+ and O2− ions, and small Co grains appear. [•] The saturation magnetization decreases with the increase of P O. [•] Magnetoresistance saturates at 10kOe, and satisfies a relation of log MR= C log T. [Copyright &y& Elsevier]

Published
2014
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