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Lecture Notes
Lecture Notes
Lecture Notes
Lecture Notes
Lecture note-6
Lecture note-6
Semiconductor Fundamentals: Crystal Structure & Properties
Semiconductor Fundamentals: Crystal Structure & Properties
LECTURE I: PERFORMANCE, PROPERTIES AND SELECTION EMERGENT MATERIALS WORKSHOP
LECTURE I: PERFORMANCE, PROPERTIES AND SELECTION EMERGENT MATERIALS WORKSHOP
LECTURE I: PERFORMANCE, PROPERTIES AND SELECTION
LECTURE I: PERFORMANCE, PROPERTIES AND SELECTION
lecture for 2nd yr students-complete liner & bases-26/2/15
lecture for 2nd yr students-complete liner & bases-26/2/15
Lecture 9, 7th Sep. 2011
Lecture 9, 7th Sep. 2011
Lecture 9
Lecture 9
Lecture 8: Extrinsic semiconductors - mobility
Lecture 8: Extrinsic semiconductors - mobility
Lecture 8 Springs
Lecture 8 Springs
Lecture 8 Energy Methods in Elasticity l
Lecture 8 Energy Methods in Elasticity l
Lecture 8 - Epitaxy cont.; Device Processing - Outline Epitaxy techniques
Lecture 8 - Epitaxy cont.; Device Processing - Outline Epitaxy techniques
Lecture 8 * Viscoelasticity and Deformation
Lecture 8 * Viscoelasticity and Deformation
Lecture 8
Lecture 8
Lecture 8
Lecture 8
Lecture 8
Lecture 8
Lecture 7: Strain
Lecture 7: Strain
Lecture 7 Review of Difficult Topics
Lecture 7 Review of Difficult Topics
Lecture 7 Mechanical Properties of Rocks
Lecture 7 Mechanical Properties of Rocks
Lecture 7 - World Changing, Revelations, and Revolutions ES
Lecture 7 - World Changing, Revelations, and Revolutions ES
Lecture 7 - Asimow.com
Lecture 7 - Asimow.com
Atomic Arrangements & Crystal Structures
Atomic Arrangements & Crystal Structures
Lecture 5: Intrinsic semiconductors-conductivity
Lecture 5: Intrinsic semiconductors-conductivity