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 _
D
- d -
Variable in class ComplexMatrix
-
- data -
Variable in class GaussianWidthFinder
- Local copy of the gaussian data
- data -
Variable in class Histogram
- The raw data to be organized.
- DCCApplet - class DCCApplet.
- Applet to display Depletion, Current and
Capacitance.
- DCCApplet() -
Constructor for class DCCApplet
-
- dead -
Variable in class EmissionApplet.Photon
true if this photon has been absorbed, else
false
- DEBUG_WARNINGS -
Static variable in class Complex
- Set to
true to enable warnings
- DEFAULT_COEFF -
Static variable in class Quadratic
-
- DEFAULT_DEPTH -
Static variable in class SquareWell
-
- DEFAULT_ENERGY -
Static variable in class Schrodinger
-
- DEFAULT_NWELLS -
Static variable in class MultipleWells
- The default number of wells
- DEFAULT_NWELLS -
Static variable in class Shoot
-
- DEFAULT_NWELLS -
Static variable in class TimeDep
-
- DEFAULT_NWELLS -
Static variable in class TransGraph
-
- DEFAULT_PERIOD -
Static variable in class MultipleWells
- The default period
- DEFAULT_PERIODIC_WIDTH -
Static variable in class MultipleWells
- The default width when there is more than one well
- DEFAULT_SHIFT -
Static variable in class Quadratic
-
- DEFAULT_SHIFT -
Static variable in class SquareWell
-
- DEFAULT_STEPS -
Static variable in class Shoot
-
- DEFAULT_STEPS -
Static variable in class TimeDep
-
- DEFAULT_STEPS -
Static variable in class TransGraph
-
- DEFAULT_WIDTH -
Static variable in class SquareWell
-
- delay -
Variable in class AnimThread
-
- delay -
Variable in class HoleApplet
- The time delay between logic cycles (milliseconds)
- depletion -
Variable in class DCCApplet
- The depletion width diagram
- DepletionWidth - class DepletionWidth.
- Class to calculate depletion width, and display a diagram.
- DepletionWidth(double, double, double) -
Constructor for class DepletionWidth
- Creates a new DepletionWidth object.
- depth -
Variable in class SquareWell
-
- depthField -
Variable in class Shoot
-
- depthField -
Variable in class TimeDep
-
- depthField -
Variable in class TransGraph
-
- depthLabel -
Variable in class Shoot
-
- deriv(double, double) -
Method in class KronigPenney
- Evaluates the derivative of the difference between the two sides of
the KP equation.
- destroy -
Variable in class EmissionApplet
-
- destroyPhotons -
Variable in class EmissionApplet
- Indicates that on the next logic cycle, all photons should be culled
- destroyPhotons() -
Method in class EmissionApplet
- Causes all photons in the simulation to be destroyed
- dFunction -
Variable in class CCApplet
- The density of states function
- die() -
Method in class EmissionApplet.Photon
- Indicates that this photon has been absorbed
- Diffusion - class Diffusion.
- Applet to model diffusion.
- Diffusion.Electron - class Diffusion.Electron.
- Class to simulate a single electron
- Diffusion.Electron(Diffusion, double, double, double) -
Constructor for class Diffusion.Electron
- Creates a new electron, with the specified energy, but a random
direction.
- Diffusion.Electron(Diffusion, double, double, double, double) -
Constructor for class Diffusion.Electron
- Creates a new electron
- Diffusion.TemperatureListener - class Diffusion.TemperatureListener.
- Listener to detect changes in the position of the temperature slider.
- Diffusion.TemperatureListener(Diffusion) -
Constructor for class Diffusion.TemperatureListener
-
- Diffusion() -
Constructor for class Diffusion
-
- displayWidth() -
Method in class LatticeApplet
- Calculates the width of the area available for the lattice display
- dispRange -
Variable in class CCApplet
- The selected display to band gap size ratio
- distanceFrom(Vector2D, int) -
Method in class Lattice2D
- Returns the distance between the specifed point and one of the two
lattice vectors.
- divide(Complex) -
Method in class Complex
-
- divide(double) -
Method in class Complex
-
- doClick() -
Method in class BaseApplet2.FixedCheckbox
-
- donorField -
Variable in class DCCApplet
-
- doPaint(Graphics) -
Method in class BaseApplet
- Called by
forcePaint() to actually
perform the painting.
- doPaint(Graphics) -
Method in class CCApplet
-
- doPaint(Graphics) -
Method in class DCCApplet
-
- doPaint(Graphics) -
Method in class Diffusion
-
- doPaint(Graphics) -
Method in class EmissionApplet
-
- doPaint(Graphics) -
Method in class FDApplet
-
- doPaint(Graphics) -
Method in class FeedbackApplet
-
- doPaint(Graphics) -
Method in class FourLevels
-
- doPaint(Graphics) -
Method in class HoleApplet
-
- doPaint(Graphics) -
Method in class HSApplet
-
- doPaint(Graphics) -
Method in class KP
-
- doPaint(Graphics) -
Method in class LatticeApplet
-
- doPaint(Graphics) -
Method in class Shoot
-
- doPaint(Graphics) -
Method in class TimeDep
-
- doPaint(Graphics) -
Method in class TransGraph
-
- dPlotter -
Variable in class CCApplet
-
- drawButton -
Variable in class Shoot
-
- dt -
Variable in class Diffusion
- The time step to use (default 0.001)
- dt -
Variable in class EmissionApplet
- The rate of advancement of simulation time
- dt -
Variable in class TimeDep
- The step size for the time direction
- dt -
Variable in class TimeDepSchrodinger
-
- dtField -
Variable in class FeedbackApplet
-
- dtField -
Variable in class TimeDep
-
- dx -
Variable in class TimeDep
- The step size for the x direction
- dxField -
Variable in class TimeDep
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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 _