constants.h File Reference

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Macros
#define	ALU   5.29177210903e-11
#define	Boltzmann   1.380649e-23
#define	Hartree   4.3597447222071e-18
#define	HTOCM   2.1947463136320e5
#define	ATU   2.4188843265857e-17
#define	LightSpeed   2.99792458e8
#define	LightSpeed_cm   2.99792458e10
#define	ADIPMOMU   8.4783536255e-30
#define	EPSILON0   8.8541878128e-12
#define	AMU   9.1093837139e-31
#define	ADIPTODEBYE   2.541580
#define	Planck   6.62607015e-34
#define	HBar   1.054571817e-34
#define	NL   2.686780111e25
#define	HkT   (Hartree/Boltzmann)
#define	VkT   (HkT / HTOCM)
#define	BohrToAng   0.529177210903
#define	ZeroCoeff   (0.00361479637/(4.0*M_PI))
#define	SecondCoeff   13856114.29344114
#define	Moment_SF_Coeff   ((8.0*M_PI*M_PI*M_PI)*NL*NL/3.0/HBar)
#define	RAMTOAMU   1822.888485332
#define	m_H   (1.007825032241 * RAMTOAMU)
#define	m_D   (2.014101778114 * RAMTOAMU)
#define	m_C   (12.000000000000 * RAMTOAMU)
#define	m_N   (14.003074004460 * RAMTOAMU)
#define	m_O   (15.994914619598 * RAMTOAMU)
#define	m_Ar   (39.9623831237 * RAMTOAMU)
#define	m_He   (4.00260325413 * RAMTOAMU)
#define	m_H2   (2.0 * m_H)
#define	m_D2   (2.0 * m_D)
#define	m_N2   (2.0 * m_N)
#define	m_CO   (m_C + m_O)
#define	m_CO2   (m_C + 2.0 * m_O)
#define	m_CH4   (m_C + 4.0 * m_H)
#define	mu_CO   0.0481131
#define	l_CO   2.1370695550
#define	D_CO   (183.5058*1e3/LightSpeed_cm)
#define	l_CO2   4.398
#define	L_N2   2.07856749
#define	l_H2   1.401130
#define	D_H2   0.0471121
#define	D_D2   0.0114169
#define	II_N2   (m_N / 2.0 * L_N2 * L_N2)
#define	II_CO2   (m_O/2.0*l_CO2*l_CO2)
#define	II_H2   (m_H/2.0*l_H2*l_H2)
#define	II_D2   (m_D/2.0*l_H2*l_H2)
#define	II_CO   ((m_C * m_O)/(m_C + m_O)*l_CO*l_CO)
#define	l_CH4   2.067354047786849
#define	II_CH4   (8.0/3.0 * m_H*l_CH4*l_CH4)

Macro Definition Documentation

ADIPMOMU

#define ADIPMOMU   8.4783536255e-30

ADIPTODEBYE

#define ADIPTODEBYE   2.541580

ALU

#define ALU   5.29177210903e-11

AMU

#define AMU   9.1093837139e-31

ATU

#define ATU   2.4188843265857e-17

BohrToAng

#define BohrToAng   0.529177210903

Boltzmann

#define Boltzmann   1.380649e-23

D_CO

#define D_CO   (183.5058*1e3/LightSpeed_cm)

D_D2

#define D_D2   0.0114169

D_H2

#define D_H2   0.0471121

EPSILON0

#define EPSILON0   8.8541878128e-12

Hartree

#define Hartree   4.3597447222071e-18

HBar

#define HBar   1.054571817e-34

HkT

#define HkT   (Hartree/Boltzmann)

HTOCM

#define HTOCM   2.1947463136320e5

II_CH4

#define II_CH4   (8.0/3.0 * m_H*l_CH4*l_CH4)

II_CO

#define II_CO   ((m_C * m_O)/(m_C + m_O)*l_CO*l_CO)

II_CO2

#define II_CO2   (m_O/2.0*l_CO2*l_CO2)

II_D2

#define II_D2   (m_D/2.0*l_H2*l_H2)

II_H2

#define II_H2   (m_H/2.0*l_H2*l_H2)

II_N2

#define II_N2   (m_N / 2.0 * L_N2 * L_N2)

l_CH4

#define l_CH4   2.067354047786849

l_CO

#define l_CO   2.1370695550

l_CO2

#define l_CO2   4.398

l_H2

#define l_H2   1.401130

L_N2

#define L_N2   2.07856749

LightSpeed

#define LightSpeed   2.99792458e8

LightSpeed_cm

#define LightSpeed_cm   2.99792458e10

m_Ar

#define m_Ar   (39.9623831237 * RAMTOAMU)

m_C

#define m_C   (12.000000000000 * RAMTOAMU)

m_CH4

#define m_CH4   (m_C + 4.0 * m_H)

m_CO

#define m_CO   (m_C + m_O)

m_CO2

#define m_CO2   (m_C + 2.0 * m_O)

m_D

#define m_D   (2.014101778114 * RAMTOAMU)

m_D2

#define m_D2   (2.0 * m_D)

m_H

#define m_H   (1.007825032241 * RAMTOAMU)

m_H2

#define m_H2   (2.0 * m_H)

m_He

#define m_He   (4.00260325413 * RAMTOAMU)

m_N

#define m_N   (14.003074004460 * RAMTOAMU)

m_N2

#define m_N2   (2.0 * m_N)

m_O

#define m_O   (15.994914619598 * RAMTOAMU)

Moment_SF_Coeff

#define Moment_SF_Coeff   ((8.0*M_PI*M_PI*M_PI)*NL*NL/3.0/HBar)

mu_CO

#define mu_CO   0.0481131

NL

#define NL   2.686780111e25

Planck

#define Planck   6.62607015e-34

RAMTOAMU

#define RAMTOAMU   1822.888485332

SecondCoeff

#define SecondCoeff   13856114.29344114

VkT

#define VkT   (HkT / HTOCM)

ZeroCoeff

#define ZeroCoeff   (0.00361479637/(4.0*M_PI))