symbol manipulation/ computer algebraheat transferrectangular duct flowlaminar flowsymbolic finite element methodSummary: The problem of heat transfer in fully developed laminar flow in a rectangular duct is solved using a symbolic finite element method. The Nusselt number is obtained as a power series...
public class MathematicaPsiRenameProcessor extends RenamePsiElementProcessor { @Override public boolean canProcessElement(@NotNull PsiElement element) { return element instanceof Symbol || element instanceof MString; } @NotNull @Override public Collection<PsiReference> findReferences(PsiElement ...
getFirstChild(); if (firstChild instanceof Symbol) { myPatternSymbols.add((Symbol) firstChild); } pattern.getLastChild().accept(this); } 代码示例来源:origin: com.android.tools.lint/lint private static PsiElement findElementWithBinding(PsiElement root, Binding variableBinding) { VariableDeclaratio...
finalPsiFilefile=parameters.getOriginalFile(); finalMathematicaGlobalResolveCachesymbolCache=MathematicaGlobalResolveCache.getInstance(file.getProject()); finalList<String>cachedDefinitions=symbolCache.getCachedFileSymbolNames(file); for(Stringdefinition:cachedDefinitions){ result.addElement(LookupElementBuilder.cre...
SymbolAt Atomic Number85 Atomic Weight210[note] DensityN/A Melting Point302 °C Boiling PointN/A Thermal properties PhaseSolid Melting Point302 °C Boiling PointN/A Absolute Melting Point577 K Absolute Boiling PointN/A Critical PressureN/A ...
SymbolPt Atomic Number78 Atomic Weight195.084 Density21.45 g/cm3 Melting Point1768.3 °C Boiling Point3825 °C Thermal properties PhaseSolid Melting Point1768.3 °C Boiling Point3825 °C Absolute Melting Point2041.4 K Absolute Boiling Point4098 K ...
SymbolV Atomic Number23 Atomic Weight50.9415 Density6.11 g/cm3 Melting Point1910 °C Boiling Point3407 °C Thermal properties PhaseSolid Melting Point1910 °C Boiling Point3407 °C Absolute Melting Point2183 K Absolute Boiling Point3680 K
SymbolEs Atomic Number99 Atomic Weight252[note] DensityN/A Melting Point860 °C Boiling PointN/A Thermal properties PhaseSolid Melting Point860 °C Boiling PointN/A Absolute Melting Point1133 K Absolute Boiling PointN/A Critical PressureN/A ...
The identity element I (also denoted E, e, or 1) of a group or related mathematical structure S is the unique element such that Ia=aI=a for every element a in S. The symbol "E" derives from the German word for unity, "Einheit." An identity element is als
The identity element of an additive monoid or group or of any other algebraic structure (e.g., ring, module, abstract vector space, algebra) equipped with an addition. It is also called the additive identity and is denoted 0. The name and the symbol are