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

Packages that use Element

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

Uses of Element in gov.nist.microanalysis.EPQLibrary

Fields in gov.nist.microanalysis.EPQLibrary declared as Element

static Element	Element.Ac
static Element	Element.Ag
static Element	Element.Al
static Element	Element.Am
static Element	Element.Ar
static Element	Element.As
static Element	Element.At
static Element	Element.Au
static Element	Element.B
static Element	Element.Ba
static Element	Element.Be
static Element	Element.Bh
static Element	Element.Bi
static Element	Element.Bk
static Element	Element.Br
static Element	Element.C
static Element	Element.Ca
static Element	Element.Cd
static Element	Element.Ce
static Element	Element.Cf
static Element	Element.Cl
static Element	Element.Cm
static Element	Element.Co
static Element	Element.Cr
static Element	Element.Cs
static Element	Element.Cu
static Element	Element.Db
static Element	Element.Dy
static Element	Element.Er
static Element	Element.Es
static Element	Element.Eu
static Element	Element.F
static Element	Element.Fe
static Element	Element.Fm
static Element	Element.Fr
static Element	Element.Ga
static Element	Element.Gd
static Element	Element.Ge
static Element	Element.H
static Element	Element.He
static Element	Element.Hf
static Element	Element.Hg
static Element	Element.Ho
static Element	Element.Hs
static Element	Element.I
static Element	Element.In
static Element	Element.Ir
static Element	Element.K
static Element	Element.Kr
static Element	Element.La
static Element	Element.Li
static Element	Element.Lr
static Element	Element.Lu
static Element	Element.Md
static Element	Element.Mg
static Element	Element.Mn
static Element	Element.Mo
static Element	Element.Mt
static Element	Element.N
static Element	Element.Na
static Element	Element.Nb
static Element	Element.Nd
static Element	Element.Ne
static Element	Element.Ni
static Element	Element.No
static Element	Element.None
static Element	Element.Np
static Element	Element.O
static Element	Element.Os
static Element	Element.P
static Element	Element.Pa
static Element	Element.Pb
static Element	Element.Pd
static Element	Element.Pm
static Element	Element.Po
static Element	Element.Pr
static Element	Element.Pt
static Element	Element.Pu
static Element	Element.Ra
static Element	Element.Rb
static Element	Element.Re
static Element	Element.Rf
static Element	Element.Rh
static Element	Element.Rn
static Element	Element.Ru
static Element	Element.S
static Element	Element.Sb
static Element	Element.Sc
static Element	Element.Se
static Element	Element.Sg
static Element	Element.Si
static Element	Element.Sm
static Element	Element.Sn
static Element	Element.Sr
static Element	Element.Ta
static Element	Element.Tb
static Element	Element.Tc
static Element	Element.Te
static Element	Element.Th
static Element	Element.Ti
static Element	Element.Tl
static Element	Element.Tm
static Element	Element.U
static Element	Element.Uub
static Element	Element.Uun
static Element	Element.Uuu
static Element	Element.V
static Element	Element.W
static Element	Element.Xe
static Element	Element.Y
static Element	Element.Yb
static Element	Element.Zn
static Element	Element.Zr

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

static Element	Element.byAtomicNumber(int an) byName - Get the Element associated with the specified atomic number.
static Element	Element.byName(java.lang.String name) byName - Get the Element associated with the specified name or abbreviation.
Element	XRayTransitionSet.getElement() getElement - Returns the element with which this XRayTransition set is associated.
Element	XRayTransition.getElement() getElement - Get the element associated with this transition.
Element	ScreenedRutherfordScatteringAngle.getElement()
Element	NISTMottScatteringAngle.getElement()
Element	IRandomizedScatter.getElement() getElement - Returns the element with which this cross section is associated.
Element	GasScatteringCrossSection.getElement() getElement - The element with which this cross section is associated.
Element	CzyzewskiMottScatteringAngle.getElement()
Element	CzyzewskiMottCrossSection.getElement()
Element	BrowningEmpiricalCrossSection.getElement()
Element	AtomicShell.getElement() getElement - Returns the element in which this shell is located.
Element	Composition.getNthElementByAtomicFraction(int n) getNthElementByAtomicFraction - Returns the n-th largest constituent by atomic fraction
Element	Composition.getNthElementByWeight(int n) getNthElementByWeight - Returns the n-th largest constituent by weight percent.

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

void	Composition.addElement(Element elm, double wgtFrac) addElement - Add a specified weight fraction of the specified element to the Material.
void	Composition.addElementByStoiciometry(Element elm, double moleFrac) addElementUsingMoleFractions - Add a specified mole fraction of the specified element to the material
double	Material.atomsPerCubicMeter(Element elm) atomsPerCubicMeter - Computes the numbers of atoms per cubic centimeter for the specified element based on the composition and density of this Material.
static boolean	MaterialFactory.canCreate(Element el)
java.lang.String	MeanIonizationPotential.caveat(Element el)
java.lang.String	MassAbsorptionCoefficient.caveat(Element el, double energy) caveat - Specifies the caveats for the specific elemant and x-ray energy.
abstract double	MeanIonizationPotential.compute(Element el) eval - Each different version of the algorithm should implement this method.
abstract double	MassAbsorptionCoefficient.compute(Element el, double energy) compute - Each different version of the algorithm should implement this method.
abstract double	BetheElectronEnergyLoss.compute(Element elm, double eB) compute - Computes dE/ds in Joules/meter per kg/meter^3
double	MassAbsorptionCoefficient.compute(Element el, XRayTransition xrt) compute - Computes the mass absorption coefficient for the specified transition.
boolean	Composition.containsElement(Element el) containsElement - Determines whether the Material contains the specified Element.
static Material	MaterialFactory.createPureElement(Element el) createPureElement - Create a simple material based on a pure element and a nominal density for a typical solid manifestation of this element.
void	Composition.defineByMoleFraction(Element[] elms, double[] moleFracs) defineByMoleFraction - Define a material by the mole fraction of the constituent elements.
void	Composition.defineByWeightFraction(Element[] elms, double[] wgtFracs) defineByWeightFraction - Define the material composition by weigh fraction from the array of atomic numbers and weight fractions.
java.util.Map	MassAbsorptionCoefficient.evaluateAllImplementations(Element el, double energy) evaluateAllImplementations - Produces a map containing the algorithm and the resulting mass absorption coefficient for the specified Element and x-ray energy.
java.util.Map	MassAbsorptionCoefficient.evaluateAllImplementations(Element el, XRayTransition xrt)
static boolean	XRayTransition.exists(Element el, int xrt) exists - The specified x-ray transition exists (with non-zero weight) for the specified element? (ie.
static boolean	AtomicShell.exists(Element elm, int shell) exists - Does the shell exist for this element (as evidenced by a non-zero edge energy.)
static boolean	XRayTransition.familyExists(Element el, int family) Does one or more transitions exist for the specified element and transition family.
static java.util.ArrayList	XRayTransitionSet.getBasicFamilies(Element el, double eB) Returns an ArrayList of Strings containing all the transition sets that can be excited by an beam of the specified energy for the specified element.
static double	AtomicShell.getEdgeEnergy(Element el, int shell) getEdgeEnergy - Returns the edge energy for the specified atom and shell.
static double	XRayTransition.getEnergy_eV(Element el, int trans) getEnergy_eV - Get the x-ray energy associated with the specified transition for the specified Element as eV.
static double	XRayTransition.getEnergy(Element el, int trans) getEnergy - Get the x-ray energy associated with the specified transition for the specified Element.
static double	XRayTransition.getWeight(Element el, int trans, int mode) getWeight - Gets the transition weight associated with the specified elemet and transition.
static double	XRayTransition.getWeightIntoDestinationShell(Element el, int shell) getWeightIntoDestinationShell - Returns the fraction of the total weight (normalized by family) which results from transitions into the specified shell.
boolean	MassAbsorptionCoefficient.isAvailable(Element el, double energy) isAvailable - Is this algorithm implemented for the specified element and energy.
static int	XRayTransition.lineWithHighestEnergy(Element el, int family) lineWithHighestEnergy - Returns the line index of the line in the specified family with the highest x-ray energy.
static int	XRayTransition.lineWithLowestEnergy(Element el, int family) lineWithLowestEnergy - Returns the line index of the line in the specified family with the lowest x-ray energy.
double	Composition.moleFraction(Element elm) moleFraction - Returns the moleFraction of the specified element.
void	Composition.removeElement(Element el) removeElement - Entirely remove the specified element from the Material.
static boolean	XRayTransition.shouldExist(Element el, int srcShell, int destShell) 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.
double	Composition.weightPercent(Element elm, boolean normalized) weightPercent - Computes the weight percent of the specified element in this Material.

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

AtomicShell(Element el, int shell)
AtomicShell - Constructs an AtomicShell object from a atomic number and a shell.

Bremsstrahlung(Element el)

BrowningEmpiricalCrossSection(Element elm)

Composition(Element[] elms, double[] weightFracs)
Constructs a Composition with the specified elements in the specified weight fractions.

Composition(Element[] elms, double[] weightFracs, java.lang.String name)
Constructs a Composition with the specified weight fractions.

CzyzewskiMottCrossSection(Element el)
MottCrossSection - Creates an object representing the Mott cross section for the specified element.

CzyzewskiMottScatteringAngle(Element el)
MottScatteringAngle - Creates a MottScatteringAngle object for the specified element.

Gas(Element[] elms, int[] stoic, double pressure, double temperature, java.lang.String name)
Constructs a single molecular gas such as N2, O2, Ar, CO2 etc.

GasScatteringCrossSection(Element elm)
Constructs a GasScatteringCrossSection object

Material(Element[] elms, double[] weightFracs, double density, java.lang.String name)
Material - Constructs a material with the specified weight fractions.

NISTMottScatteringAngle(Element elm)
NISTMottScatteringAngle - Creates an object representing the NIST SRD 64 method for computing random scattering angles using Mott cross sections.

ScreenedRutherfordScatteringAngle(Element elm)
Constructs a ScreenedRutherfordScatteringAngle

XRayTransition(Element el, int trans)
XRayTransition - Create an object corresponding to a specific x-ray transition in a specific element.

XRayTransition(Element element, int src, int dest)
XRayTransition - Create an object corresponding to a specific x-ray transition in a specific element.

XRayTransitionSet(Element el)
Constructs a XRayTransitionSet representing all of an Element's transitions.

XRayTransitionSet(Element el, double e0, double e1)
Constructs a XRayTransitionSet consisting of all transitions for the specified element between the energy e0 and e1;

XRayTransitionSet(Element el, int family)
Constructs a XRayTransitionSet from Element and transition family.

XRayTransitionSet(Element el, java.lang.String type)

Uses of Element in gov.nist.microanalysis.NISTMonte

Methods in gov.nist.microanalysis.NISTMonte with parameters of type Element

double

MonteCarloSS.Region.getAtomsPerCubicMeter(Element el)