Properties of Silicon Carbide

Abbreviations

The following abbreviations are used throughout the book.

?-Sic

hexagonal silicon carbide

A

acceptor

AC

alternating current

AES

Auger elctron spectroscopy

APB

anti-phase boundary

ASA

atomic sphere approximation

?-Sic

cubic silicon carbide

BE

bound exciton

BJT

bipolar junction transistor

BZ

Brillouin zone

CFLPE

container free liquid phase epitaxy

CL

cathodoluminescence

CMOS

complementary metal-oxide-semiconductor

C-V

capacitance-voltage

CVD

chemical vapour deposition

D

donor

DAP

donor-acceptor pairs

DAS

dimer-adatom stacking fault

DC

direct current

DLTS

deep level transient spectroscopy

DPB

double position boundary

EBIC

electron beam induced current

ECR

electron cyclotron resonance

EELS

electon energy loss spectroscopy

EHL

electron hole liquid

EL

electroluminescence

EMF

electro-motive force

EP

empirical pseudopotential

EPM

empirical pseudopotential method

EPR

electron paramagnetic resonance

ESD

electron stimulated desorption

ESR

electron spin resonance

ETB

empirical tight binding

FB

free-to-bound

FET

field effect transistor

G-V

conductance-voltage

HF

hyperfine

IC

integrated circuit

IDB

inversion domain boundary

IMPATT

impact ionization avalanche transient time

IR

infrared

I-V

current-voltage

JFET

junction field effect transistor

JFM

Johnson's figure of merit

KFM

Keyes' figure of merit

LA

longitudinal acoustic

LCAO

linear combination of atomic orbitals

LDA

local density approximation

LED

light emitting diode

LEED

low energy electron diffraction

LMTO

linear muffin-tin orbital

LO

longitudinal optical

LPE

liquid phase epitaxy

LTLPE

low temperature liquid phase epitaxy

LUC-MINDO

large unit cell-modified intermediate neglect of differential overlap

LVB

lower valence band

LZ

large zone

MBE

molecular beam epitaxy

MEIS

medium energy ion scattering

MESFET

metal semiconductor field effect transistor

MINDO

modified intermediate neglect of differential overlap

MIS

metal-insulator-semiconductor

MOCVD

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