A quartic solution covering freeze-out and exhaustion temperatures in doubly-doped equilibrium semiconductors / by Justin Fenley.
By: Fenley, Justin.Material type: TextSeries: University of Texas at Tyler theses. Publisher: Tyler, Tex.: University of Texas at Tyler, 2007Subject(s): Doped semiconductors -- | Cryoelectronics | Semiconductors -- Junctions -- Mathematical modelsDissertation note: Thesis (M.E. ) - University of Texas at Tyler, 2007.
|Item type||Current location||Call number||Status||Date due||Barcode|
|UASC Master's Thesis||University of Texas At Tyler University Archives & Special Collections||QC611.8.D66 .F46 2007 (Browse shelf)||Not for loan||0000001907351|
|UT Tyler Thesis||University of Texas At Tyler Stacks - 3rd Floor||QC611.8.D66 .F46 2007 (Browse shelf)||Available||0000001907344|
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|QC507 .M56 A history of electricity and magnetism||QC571 .H25 1995 Handbook of electrostatic processes /||QC611.26 .L5 2011 Selected semiconductor research /||QC611.8.D66 .F46 2007 A quartic solution covering freeze-out and exhaustion temperatures in doubly-doped equilibrium semiconductors /||QC611.95 .S34 1989 The path of no resistance :||QC611 .L473 1994 Advanced semiconductor device physics and modeling /||QC631 .G735 1996 Newtonian electrodynamics /|
Thesis (M.E. ) - University of Texas at Tyler, 2007.
References: leaf 18.