APA
Chaujar Rishu, University of Delhi. Faculty of Inter-Disciplinary & Applied Science. Department of Electronic Science, Dr. Mridula Gupta Gu, Prof. R. S. Gupta Gu & University of Delhi. Faculty of Inter-Disciplinary & Applied Science. Department of Electronic Science. (2008). Analytical modeling and simulation of gate electrode workfunction and dielectric engineered recessed channel mosfet in sub-100 nm regime. : .
Chicago
Chaujar Rishu, University of Delhi. Faculty of Inter-Disciplinary & Applied Science. Department of Electronic Science, Dr. Mridula Gupta Gu, Prof. R. S. Gupta Gu and University of Delhi. Faculty of Inter-Disciplinary & Applied Science. Department of Electronic Science. 2008. Analytical modeling and simulation of gate electrode workfunction and dielectric engineered recessed channel mosfet in sub-100 nm regime. : .
Harvard
Chaujar Rishu, University of Delhi. Faculty of Inter-Disciplinary & Applied Science. Department of Electronic Science, Dr. Mridula Gupta Gu, Prof. R. S. Gupta Gu and University of Delhi. Faculty of Inter-Disciplinary & Applied Science. Department of Electronic Science. (2008). Analytical modeling and simulation of gate electrode workfunction and dielectric engineered recessed channel mosfet in sub-100 nm regime. : .
MLA
Chaujar Rishu, University of Delhi. Faculty of Inter-Disciplinary & Applied Science. Department of Electronic Science, Dr. Mridula Gupta Gu, Prof. R. S. Gupta Gu and University of Delhi. Faculty of Inter-Disciplinary & Applied Science. Department of Electronic Science. Analytical modeling and simulation of gate electrode workfunction and dielectric engineered recessed channel mosfet in sub-100 nm regime. : . 2008.
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