Tin 100

Variables
ISOTOPECONST_INT	IsotopeConst::Tin100Neutrons = 50
ISOTOPECONST_INT	IsotopeConst::Tin100Protons = 50
ISOTOPECONST_INT	IsotopeConst::Tin100MassNumber = 100
ISOTOPECONST_DOUBLE	IsotopeConst::Tin100MassExc = -57282.972
ISOTOPECONST_DOUBLE	IsotopeConst::Tin100MassExcUnc = 301.518
ISOTOPECONST_DOUBLE	IsotopeConst::Tin100BindEPerA = 8252.974
ISOTOPECONST_DOUBLE	IsotopeConst::Tin100BindEPerAUnc = 3.015
ISOTOPECONST_DOUBLE	IsotopeConst::Tin100AtomicMass = 99.938504196
ISOTOPECONST_DOUBLE	IsotopeConst::Tin100AtomicMassUnc = 0.000323693

Detailed Description

Variable Documentation

Tin100AtomicMass

ISOTOPECONST_DOUBLE IsotopeConst::Tin100AtomicMass = 99.938504196

\( m_a\ (u) \) Atomic mass of Tin-100 in unified atomic mass units.

Tin100AtomicMassUnc

ISOTOPECONST_DOUBLE IsotopeConst::Tin100AtomicMassUnc = 0.000323693

\( \Delta m_a\ (u) \) Uncertainty in atomic mass of Tin-100 in unified atomic mass units.

Tin100BindEPerA

ISOTOPECONST_DOUBLE IsotopeConst::Tin100BindEPerA = 8252.974

\( BE/A\ (keV) \) Binding energy per nucleon of Tin-100 in keV.

Tin100BindEPerAUnc

ISOTOPECONST_DOUBLE IsotopeConst::Tin100BindEPerAUnc = 3.015

\( \Delta BE/A\ (keV) \) Uncertainty in binding energy per A of Tin-100 in keV.

Tin100MassExc

ISOTOPECONST_DOUBLE IsotopeConst::Tin100MassExc = -57282.972

\( ME (keV) \) Mass excess of Tin-100 in keV.

Tin100MassExcUnc

ISOTOPECONST_DOUBLE IsotopeConst::Tin100MassExcUnc = 301.518

\( \Delta ME\ (keV) \) Uncertainty in mass excess of Tin-100 in keV.

Tin100MassNumber

ISOTOPECONST_INT IsotopeConst::Tin100MassNumber = 100

\( A \) Mass number of Tin-100.

Tin100Neutrons

ISOTOPECONST_INT IsotopeConst::Tin100Neutrons = 50

\( N \) Neutrons in Tin-100.

Tin100Protons

ISOTOPECONST_INT IsotopeConst::Tin100Protons = 50

\( Z \) Protons in Tin-100.