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J/A+A/542/A98
  Hydrocarbon solids. optEC(s) model. II. (Jones, 2012)
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2012A&A...542A..98J
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1.J/A+A/542/A98/ref0_33Refractive index data of Hydrocarbon (real & imaginary parts) for particle radius = 0.33nm [spectrum] (plot) (1000 rows)
2.J/A+A/542/A98/ref0_5Refractive index data of Hydrocarbon (real & imaginary parts) for particle radius = 0.5nm [spectrum] (plot) (1000 rows)
3.J/A+A/542/A98/ref1Refractive index data of Hydrocarbon (real & imaginary parts) for particle radius = 1nm [spectrum] (plot) (1000 rows)
4.J/A+A/542/A98/ref3Refractive index data of Hydrocarbon (real & imaginary parts) for particle radius = 3nm [spectrum] (plot) (1000 rows)
5.J/A+A/542/A98/ref10Refractive index data of Hydrocarbon (real & imaginary parts) for particle radius = 10nm [spectrum] (plot) (1000 rows)
6.J/A+A/542/A98/ref30Refractive index data of Hydrocarbon (real & imaginary parts) for particle radius = 30nm [spectrum] (plot) (1000 rows)
7.J/A+A/542/A98/ref100Refractive index data of Hydrocarbon (real & imaginary parts) for particle radius = 100nm [spectrum] (plot) (1000 rows)

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Column  Constraint Explain   (UCD)
  (ALL)recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
   (ALL)lambda um Wavelength (em.wl)
   (ALL)E eV Energy equivalent to wavelength (em.wl)
   (ALL)n0  Real part of m(n,k) Eg = -0.1 eV (Eg-) (stat.fit.param)
   (ALL)n1  Real part of m(n,k) Eg = 0.0 eV (stat.fit.param)
   (ALL)n2  Real part of m(n,k) Eg = 0.1 eV (stat.fit.param)
   (ALL)n3  Real part of m(n,k) Eg = 0.25 eV (stat.fit.param)
   (ALL)n4  Real part of m(n,k) Eg = 0.5 eV (stat.fit.param)
   (ALL)n5  Real part of m(n,k) Eg = 0.75 eV (stat.fit.param)
   (ALL)n6  Real part of m(n,k) Eg = 1.0 eV (stat.fit.param)
   (ALL)n7  Real part of m(n,k) Eg = 1.5 eV (stat.fit.param)

ALL cols		    
 (i)indexed column
   (ALL)n8  Real part of m(n,k) Eg = 1.15 eV (stat.fit.param)
   (ALL)n9  Real part of m(n,k) Eg = 1.75 eV (stat.fit.param)
   (ALL)n10  Real part of m(n,k) Eg = 2.0 eV (stat.fit.param)
   (ALL)n11  Real part of m(n,k) Eg = 2.25 eV (stat.fit.param)
   (ALL)n12  Real part of m(n,k) Eg = 2.5 eV (stat.fit.param)
   (ALL)n13  Real part of m(n,k) Eg = 2.67 eV (Eg+) (stat.fit.param)
   (ALL)k0  Imaginary part of m(n,k) Eg = -0.1 eV (Eg-) (stat.fit.param)
   (ALL)k1  Imaginary part of m(n,k) Eg = 0.0 eV (stat.fit.param)
   (ALL)k2  Imaginary part of m(n,k) Eg = 0.1 eV (stat.fit.param)
   (ALL)k3  Imaginary part of m(n,k) Eg = 0.25 eV (stat.fit.param)
   (ALL)k4  Imaginary part of m(n,k) Eg = 0.5 eV (stat.fit.param)
   (ALL)k5  Imaginary part of m(n,k) Eg = 0.75 eV (stat.fit.param)
   (ALL)k6  Imaginary part of m(n,k) Eg = 1.0 eV (stat.fit.param)

ALL cols		    
 (i)indexed column
   (ALL)k7  Imaginary part of m(n,k) Eg = 1.5 eV (stat.fit.param)
   (ALL)k8  Imaginary part of m(n,k) Eg = 1.15 eV (stat.fit.param)
   (ALL)k9  Imaginary part of m(n,k) Eg = 1.75 eV (stat.fit.param)
   (ALL)k10  Imaginary part of m(n,k) Eg = 2.0 eV (stat.fit.param)
   (ALL)k11  Imaginary part of m(n,k) Eg = 2.25 eV (stat.fit.param)
   (ALL)k12  Imaginary part of m(n,k) Eg = 2.5 eV (stat.fit.param)
   (ALL)k13  Imaginary part of m(n,k) Eg = 2.67 eV (Eg+) (stat.fit.param)

ALL cols		    
 (i)indexed column
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