Uses of Class
gov.nist.microanalysis.EPQLibrary.AtomicShell

Packages that use AtomicShell

gov.nist.microanalysis.EPQLibrary
gov.nist.microanalysis.EPQTools
gov.nist.microanalysis.NISTMonte

Uses of AtomicShell in gov.nist.microanalysis.EPQLibrary

Methods in gov.nist.microanalysis.EPQLibrary that return AtomicShell

AtomicShell	XRayTransition.getDestination() getDestination - Get the shell to which the electron jumps during the x-ray emission process.
AtomicShell	XRayTransition.getSource() getSource - Get the higher energy shell from which the electron its transition into the vacant core shell.
static AtomicShell	AtomicShell.parseString(java.lang.String str) parseString - The inverse of AtomicShell.toString().

Methods in gov.nist.microanalysis.EPQLibrary with parameters of type AtomicShell

abstract double	FluorescenceYield.compute(AtomicShell sh) compute - Computes the fluorescence yield for transitions into the specific shell, K, LI, LII, LIII, MI, ...
abstract double	EdgeEnergy.compute(AtomicShell shell) getEdgeEnergy - Returns the edge energy associated with the specified atomic shell (in Joules)
double	ElectronRange.compute(Composition comp, AtomicShell shell, double e0) Computes the electron range for an electron of incident energy e0 until it drops below the edge energy for the specified shell in the specified material.
static double	IonizationCrossSection.Pouchou86ICX.computeExponent(AtomicShell shell)
static double	IonizationCrossSection.Proza96ICX.computeExponent(AtomicShell shell)
double	IonizationCrossSection.computeFamily(AtomicShell shell, double beamE)
double	IonizationCrossSection.Pouchou86ICX.computeFamily(AtomicShell shell, double beamE)
double	IonizationCrossSection.Proza96ICX.computeFamily(AtomicShell shell, double beamE)
abstract double	FluorescenceYield.computeMean(AtomicShell sh) computeMean - Computes the mean fluorescence yield for transitions into the family (K, L or M) in which this shell is a member.
abstract double	IonizationCrossSection.computeShell(AtomicShell shell, double beamE) Computes the ionization cross section for an energetic electron on the specified element/shell.
double	IonizationCrossSection.Pouchou86ICX.computeShell(AtomicShell shell, double beamE)
double	IonizationCrossSection.Proza96ICX.computeShell(AtomicShell shell, double beamE)
static java.util.Collection	XRayTransition.createByDestinationShell(AtomicShell dest) createByDestinationShell - Creates a list of all x-ray transition lines that may occur when the destination shell is empty.
protected java.lang.String	FluorescenceYield.defaultErrorMsg(AtomicShell sh)
java.lang.String	NISTXRayTransitionDB.getDefaultDatumType(AtomicShell shell) getDefaultDatumType - Returns one of THEORY, BLEND, COMBINED, VAPOR or UNAVAILABLE depending upon which type of value would be returned by the getEdgeEnergy(AtomicShell shell) method.
double	NISTXRayTransitionDB.getEdgeEnergy(AtomicShell sh) getEdgeEnergy - Returns the edge energy for the specified AtomicShell (Element and shell.)
double	NISTXRayTransitionDB.getEdgeEnergy(AtomicShell shell, java.lang.String type) getEdgeEnergy - Returns the energy (in Joules) for the specific edge.
static int	XRayTransition.getFirstIntoShell(AtomicShell shell) getFirstIntoShell - Get the first transition (ordered by the order of the enumerated shell index) that ends in the specified shell.
static int	XRayTransition.getLastIntoShell(AtomicShell shell) getLastIntoShell - Get the last (plus one) transition (ordered by the order of the enumerated shell index) that ends in the specified shell.
static XRayTransition	XRayTransition.getStrongestLine(AtomicShell shell) getStrongestLine - For the element and edge specified by the AtomicShell object, returns the XRayTransition with the highest weight.
abstract boolean	EdgeEnergy.isSupported(AtomicShell shell) supports - Does this particular implementation provide a non-zero edge energy for the specified transition?
static double	IonizationCrossSection.shellDependence(AtomicShell sh) shellDependence - In addition to the overvoltage dependence, the ionization cross section depends upon which shell is ionized.
static boolean	XRayTransition.shouldExist(AtomicShell src, AtomicShell dest) shouldExist - Should this transition exist (as an x-ray transition) based on whether the electric dipole and quadrupole selection rules permit the transition and whether in a ground state atom both the source and destination shells are occupied.

Constructors in gov.nist.microanalysis.EPQLibrary with parameters of type AtomicShell

XRayTransition(AtomicShell dest, int srcShell)
XRayTransition - Create an object corresponding to a transition between the specified destination (dest) shell and the specific source shell (srcShell)

XRayTransitionSet(AtomicShell shell)
Constructs a XRayTransitionSet from an AtomicShell.

Uses of AtomicShell in gov.nist.microanalysis.EPQTools

Methods in gov.nist.microanalysis.EPQTools that return AtomicShell

AtomicShell

KLMLine.getShell() getShell - Returns the shell with which this transition or edge is associated.

Constructors in gov.nist.microanalysis.EPQTools with parameters of type AtomicShell

KLMLine(AtomicShell as)
Constructs a KLMLine representing an edge

Uses of AtomicShell in gov.nist.microanalysis.NISTMonte

Methods in gov.nist.microanalysis.NISTMonte that return AtomicShell

AtomicShell	PhiRhoStats.getAtomicShell()
AtomicShell[]	XRayEventListener.getShells() getShells - Returns a list of the shells under consideration.

Constructors in gov.nist.microanalysis.NISTMonte with parameters of type AtomicShell

ScatterStats(AtomicShell shell)
MCSS_ScatterStats - Computes the number of steps required for an electron to drop below the energy required to ionize the specified shell.