A B C D E F G H I K L M N O P Q R S T U V W X Y Z _

E

e - Static variable in interface PhysicsConstants

Charge of an electron (absolute value)

E - Static variable in class Schrodinger

e_over_k - Static variable in interface PhysicsConstants

Charge of an electron divided by Boltzmann's constant (occurs quite frequently when working in eV)

e(Complex) - Static method in class Complex

Returns the exponent of a complex number

e0 - Variable in class CarrierConcentration

The appropriate edge of the band gap (depending on whether the hole or electron concentration is being calculated).

ef - Variable in class CCApplet

The selected Fermi level

ef - Variable in class FermiDirac

The Fermi level parameter

EffectiveMass - class EffectiveMass.

Calculates effective mass of an electron, given an energy-momentum model (such as the KronigPenny model).

EffectiveMass(Solvable) - Constructor for class EffectiveMass

Creates a new effective mass calculator

efListener - Variable in class CCApplet

Listener for the Fermi level slider

electronCount - Variable in class Diffusion

The number of electrons

electrons - Variable in class Diffusion

A Vector containing all electrons present in the simulation.

electrons - Variable in class EmissionApplet

An array of all the electrons in the simulation

electronSize - Variable in class Diffusion

The size (in pixels) of circle to draw for an electron

electronSpeed - Variable in class EmissionApplet

The ratio of electron speed to photon speed

EmissionApplet - class EmissionApplet.

Displays an animated diagram to illustrate absorption, emission (spontaneous and stimulated) and pumping.

EmissionApplet.Electron - class EmissionApplet.Electron.

Models an electron

EmissionApplet.Electron(EmissionApplet, double) - Constructor for class EmissionApplet.Electron

Creates a new (non-excited) electron

EmissionApplet.Photon - class EmissionApplet.Photon.

Models a photon

EmissionApplet.Photon(EmissionApplet, double) - Constructor for class EmissionApplet.Photon

Creates a new photon with random phase and y position

EmissionApplet.Photon(EmissionApplet, double, double) - Constructor for class EmissionApplet.Photon

Creates a new photon with random phase

EmissionApplet() - Constructor for class EmissionApplet

emit - Variable in class EmissionApplet

Probability that a passing photon will trigger an emission from a particular electron

emit(EmissionApplet.Photon) - Method in class EmissionApplet.Electron

Emits the specified photon, causing this electron to become non-excited.

emit(EmissionApplet.Photon) - Method in class FourLevels.Electron

Emits the specified photon, causing this electron to become non-excited.

emitField - Variable in class EmissionApplet

enablePrompt - Variable in class BaseApplet2

energy - Variable in class Schrodinger

The energy parameter

energy - Variable in class TimeDepSchrodinger

ENERGY_COL - Static variable in class KP

ENERGY_COL - Static variable in class Shoot

ENERGY_COL - Static variable in class TimeDep

ENERGY_COL - Static variable in class TransGraph

energyChanged(double) - Method in interface EnergyListener

Called to signal that the best estimate for the energy has changed.

energyChanged(double) - Method in class Shoot

energyChangeListener - Variable in class Shoot

Listener for changes to the position of the energy slider.

energyField - Variable in class Shoot

energyField - Variable in class TimeDep

energyLevel - Variable in class FourLevels.Electron

The present energy level, or the energy level toward which the particle is moving.

energyLevelY - Variable in class FourLevels

An array of four y co-ordinates (measured in pixels), one for each energy level.

EnergyListener - interface EnergyListener.

Used primarily by the Shoot applet, a class implementing this interface may receive information about a search for eigenvalues.

energyMomentum - Variable in class EffectiveMass

The energy-momentum model

epsilon - Static variable in interface PhysicsConstants

Effective permittivity (in silicon)

epsilon0 - Static variable in interface PhysicsConstants

Permittivity of free space

eqn - Variable in class KP

The Kronig-Penny model

eqn - Variable in class Plotter

The Solvable object providing solution data

eqn - Variable in class Shoot

Instance of Schrodinger to use to generate solution data

eqn - Variable in class SolnSearcher

eqn - Variable in class TimeDep

The time-dependent schrodinger equation

eqn - Variable in class TransGraph

The object responsible for performing the calculations

eqn - Variable in class Transmission

The potential function

equals(Object) - Method in class Complex

eval(double, double) - Method in class KronigPenney

Evaluates the difference between the two sides of the KP equation.

evalFn(double) - Method in class ParsedFunction.Fn

evalFn(double) - Method in class ParsedFunction.Sine

evalFn(double) - Method in class ParsedFunction.Cosine

evalFn(double) - Method in class ParsedFunction.Tan

evalFn(double) - Method in class ParsedFunction.Exp

evalFn(double) - Method in class ParsedFunction.Abs

evaluate(double) - Method in class Boltzmann

evaluate(double) - Method in class Capacitance

Calculates the capacitance for the specified voltage.

evaluate(double) - Method in class CarrierConcentration

evaluate(double) - Method in class CCApplet.DensityFunction

evaluate(double) - Method in class Current

Calculates the current at the specified voltage.

evaluate(double) - Method in class FermiDirac

evaluate(double) - Method in class FreehandFunction

Uses linear interpolation to determine the value of the function at x

evaluate(double) - Method in interface Function

evaluate(double) - Method in class MultipleWells

evaluate(double) - Method in class ParsedFunction

evaluate(double) - Method in class ParsedFunction.Expression

evaluate(double) - Method in class ParsedFunction.Constant

evaluate(double) - Method in class ParsedFunction.X

evaluate(double) - Method in class ParsedFunction.Addition

evaluate(double) - Method in class ParsedFunction.Subtraction

evaluate(double) - Method in class ParsedFunction.Multiplication

evaluate(double) - Method in class ParsedFunction.Division

evaluate(double) - Method in class ParsedFunction.Power

evaluate(double) - Method in class ParsedFunction.LessThan

evaluate(double) - Method in class ParsedFunction.LessThanEqual

evaluate(double) - Method in class ParsedFunction.GreaterThan

evaluate(double) - Method in class ParsedFunction.GreaterThanEqual

evaluate(double) - Method in class ParsedFunction.Equal

evaluate(double) - Method in class ParsedFunction.NotEqual

evaluate(double) - Method in class ParsedFunction.Fn

evaluate(double) - Method in class Quadratic

evaluate(double) - Method in class SquareWell

exciteAll - Variable in class EmissionApplet

excited - Variable in class EmissionApplet.Electron

excitedY - Variable in class EmissionApplet

The y coordinate at which excited electrons should be drawn

exciteNone - Variable in class EmissionApplet

exitDensity - Variable in class FeedbackApplet

exited - Variable in class FeedbackApplet

The number of electrons that have left since the "Exit rate" label was last updated

exitMessage - Variable in class FeedbackApplet

The text of the "Exit rate" label

expression - Variable in class ParsedFunction

The Expression object representing this function.