Differences between revisions 10 and 11
⇤ ← Revision 10 as of 2013-11-29 13:48:35 →
Size: 15776
Editor: NikolaiPiskunov
Comment:
← Revision 11 as of 2013-11-29 14:04:38 → ⇥
Size: 1527
Editor: NikolaiPiskunov
Comment:
Deletions are marked like this. Additions are marked like this.
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he allowed options are (one per line):
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he allowed options are (one per line):
 '''Default configuration''' ''or'' Personal configuration
  . '''Default configuration''' ''or'' Personal configuration
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'''Wave unit Angstrom''' ''or'' Wave unit 1/cm
  '''Wave unit A''' ''or'' Wave unit 1/cm
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 via FTP  . '''via FTP'''
 . '''Have rad'''iative damping
 . '''Have Stark''' damping
 . '''Have Waals''' damping
 . '''Have Lande''' factor
 . '''Have term''' designation
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 Have radiative damping

 Have Stark damping

 Have Waals

 Have Lande

 Have term designation		 In this group '''bold''' indicates the minimal subset of the whole name that needs to be given. All options are case insensitive and spaces are ignored.
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 * Short output format with wavelength in Å and energy in eV
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 * Short output format with wavelength in Å and energy in eV
~-
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                                            Damping parameters Lande
Elm Ion WL_air(A) Excit(eV) log(gf) Rad. Stark Waals factor References
'Cu 2', 4403.7511, 14.1980, -2.009, 9.300,-5.840, -7.750, 1.460,' 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 Cu+ '
'Cr 1', 4403.7742, 1.0300, -9.583, 0.930,-6.150, -7.790, 1.770,' 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 Cr '
'Cr 1', 4403.7742, 1.0300,-11.444, 0.930,-6.150, -7.790, 1.770,' 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 Cr '
'Fe 2', 4403.7802, 10.5230, -4.939, 8.860,-5.230, -7.440, 1.370,' 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 Fe+ '
'Cr 2', 4403.7854, 11.6270, -1.305, 8.010,-4.980, -7.320, 1.570,' 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 Cr+ '
'Ir 1', 4403.7890, 1.5150, -1.950, 0.000, 0.000, 0.000, 1.240,' 5 GHcor 5 GHcor 5 GHcor 5 GHcor 5 GHcor 5 GHcor 5 GHcor Ir '
...
'Cu 2', 4405.5887, 15.9670, -5.761, 8.120,-3.810, -7.250, 0.320,' 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 Cu+ '
'Fe 2', 4405.6116, 13.5710, 0.371, 9.160,-5.270, -7.570, 1.890,' 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 Fe+ '
'Sm 2', 4405.6400, 0.4340, -1.850, 0.000, 0.000, 0.000, 1.500,' 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS Sm+ '
'Cr 2', 4405.6660, 8.0910, -6.189, 8.910,-5.820, -7.720, 2.450,' 4 K10 4 K10 7 RU 4 K10 4 K10 4 K10 4 K10 Cr+ '
'Ti 1', 4405.6819, 1.0530, -1.874, 7.360,-6.010, -7.740, 1.010,' 27 K10 27 K10 27 K10 27 K10 27 K10 27 K10 27 K10 Ti '
'Mn 1', 4405.6957, 3.7710, -3.725, 7.430,-6.270, -7.820, 1.610,' 42 K07 42 K07 42 K07 42 K07 42 K07 42 K07 42 K07 Mn '
'Fe 2', 4405.7002, 11.2080, -8.648, 8.200,-4.340, -7.420, 1.460,' 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 Fe+ '
 References:
  1. Kurucz obs. energy level: Cu 2
  2. Kurucz obs. energy level: Cr 1
  3. Kurucz obs. energy level: Fe 2
  4. Kurucz obs. energy level: Cr 2
  5. Hf 1 - U 2 Bell
  6. Kurucz obs. energy level: Co 1
  7. Cr 2: Raassen & Uylings
  8. Li 1 - K 5 Bell
  9. Kurucz obs. energy level: Co 2
 10. Kurucz obs. energy level: Fe 1
 11. Kurucz obs. energy level: Cr 3
 12. Kurucz obs. energy level: V 1
 13. Ce 2: DREAM data
 14. Kurucz obs. energy level: Ni 1
 15. Kurucz obs. energy level: Ni 2
 16. Kurucz obs. energy level: Ca 1
 17. Kurucz obs. energy level: Fe 3
 18. Fe 2: Raassen & Uylings
 19. Cu 1 - Ba 2 Bell
 20. Kurucz obs. energy level: Mn 2
 21. Van der Waals data
 22. Kurucz obs. energy level: Y 1
 23. Yb 2: DREAM data
 24. Kurucz obs. energy level: Sc 1
 25. Kurucz obs. energy level: Y 2
 26. Kurucz obs. energy level: Ti 2
 27. Kurucz obs. energy level: Ti 1
 28. Kurucz obs. energy level: Ca 2
 29. Kurucz obs. energy level: Ni 6
 30. ISAN data
 31. Kurucz obs. energy level: S 1
 32. Kurucz obs. energy level: V 2
 33. V : NBS data
 34. Lund: exp. data
 35. Fe 1: exp. data
 36. Tm 2: DREAM data
 37. Hg 2 theor. data
 38. Kurucz obs. energy level: Cu 1
 39. La 1 - Lu 2 Bell
 40. Wisconsin exp. data with IS
 41. C 1-6, N 1-7, O 1-8, Na 1, Mg 1:
 42. Kurucz obs. energy level: Mn 1
 43. Kurucz obs. energy level: Si 1
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-~
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~-
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                                                Damping parameters Lande
Elm Ion WL_air(nm) E_low(cm^-1) log(gf) Rad. Stark Waals factor References
'Cu 2', 440.37511, 114511.228, -2.009, 9.300,-5.840, -7.750, 1.460,' 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 Cu+ '
'Cr 1', 440.37742, 8307.577, -9.583, 0.930,-6.150, -7.790, 1.770,' 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 Cr '
'Cr 1', 440.37742, 8307.577,-11.444, 0.930,-6.150, -7.790, 1.770,' 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 Cr '
'Fe 2', 440.37802, 84870.863, -4.939, 8.860,-5.230, -7.440, 1.370,' 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 Fe+ '
'Cr 2', 440.37854, 93776.150, -1.305, 8.010,-4.980, -7.320, 1.570,' 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 Cr+ '
'Ir 1', 440.37890, 12218.500, -1.950, 0.000, 0.000, 0.000, 1.240,' 5 GHcor 5 GHcor 5 GHcor 5 GHcor 5 GHcor 5 GHcor 5 GHcor Ir '
'Co 1', 440.38128, 29563.111, -2.227, 8.040,-4.820, -7.500, 0.830,' 6 K08 6 K08 6 K08 6 K08 6 K08 6 K08 6 K08 Co '
'Cr 1', 440.38141, 35501.201, -1.672, 8.180,-4.490, -7.590, 1.340,' 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 Cr '
'Cr 2', 440.38184, 66354.830, -4.159, 8.960,-5.730, -7.700,-0.250,' 4 K10 4 K10 7 RU 4 K10 4 K10 4 K10 4 K10 Cr+ '
'Si 3', 440.38300, 227665.090, -0.370, 0.000, 0.000, 0.000,99.000,' 8 KP 8 KP 8 KP 8 KP 8 KP 8 KP 8 KP Si+2 '
...
'Fe 2', 440.56116, 109455.250, 0.371, 9.160,-5.270, -7.570, 1.890,' 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 Fe+ '
'Sm 2', 440.56400, 3499.120, -1.850, 0.000, 0.000, 0.000, 1.500,' 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS Sm+ '
'Cr 2', 440.56660, 65256.880, -6.189, 8.910,-5.820, -7.720, 2.450,' 4 K10 4 K10 7 RU 4 K10 4 K10 4 K10 4 K10 Cr+ '
'Ti 1', 440.56819, 8492.421, -1.874, 7.360,-6.010, -7.740, 1.010,' 27 K10 27 K10 27 K10 27 K10 27 K10 27 K10 27 K10 Ti '
'Mn 1', 440.56957, 30411.675, -3.725, 7.430,-6.270, -7.820, 1.610,' 42 K07 42 K07 42 K07 42 K07 42 K07 42 K07 42 K07 Mn '
'Fe 2', 440.57002, 90397.868, -8.648, 8.200,-4.340, -7.420, 1.460,' 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 Fe+ '
 References:
  1. Kurucz obs. energy level: Cu 2
  2. Kurucz obs. energy level: Cr 1
  3. Kurucz obs. energy level: Fe 2
  4. Kurucz obs. energy level: Cr 2
  5. Hf 1 - U 2 Bell
  6. Kurucz obs. energy level: Co 1
  7. Cr 2: Raassen & Uylings
  8. Li 1 - K 5 Bell
  9. Kurucz obs. energy level: Co 2
 10. Kurucz obs. energy level: Fe 1
 11. Kurucz obs. energy level: Cr 3
 12. Kurucz obs. energy level: V 1
 13. Ce 2: DREAM data
 14. Kurucz obs. energy level: Ni 1
 15. Kurucz obs. energy level: Ni 2
 16. Kurucz obs. energy level: Ca 1
 17. Kurucz obs. energy level: Fe 3
 18. Fe 2: Raassen & Uylings
 19. Cu 1 - Ba 2 Bell
 20. Kurucz obs. energy level: Mn 2
 21. Van der Waals data
 22. Kurucz obs. energy level: Y 1
 23. Yb 2: DREAM data
 24. Kurucz obs. energy level: Sc 1
 25. Kurucz obs. energy level: Y 2
 26. Kurucz obs. energy level: Ti 2
 27. Kurucz obs. energy level: Ti 1
 28. Kurucz obs. energy level: Ca 2
 29. Kurucz obs. energy level: Ni 6
 30. ISAN data
 31. Kurucz obs. energy level: S 1
 32. Kurucz obs. energy level: V 2
 33. V : NBS data
 34. Lund: exp. data
 35. Fe 1: exp. data
 36. Tm 2: DREAM data
 37. Hg 2 theor. data
 38. Kurucz obs. energy level: Cu 1
 39. La 1 - Lu 2 Bell
 40. Wisconsin exp. data with IS
 41. C 1-6, N 1-7, O 1-8, Na 1, Mg 1:
 42. Kurucz obs. energy level: Mn 1
 43. Kurucz obs. energy level: Si 1
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-~
 * Long output format with wavelength in Å and energy in eV
~-		  * Long output format with wavelength in Å and energy in eV
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                                                                   Lande factors Damping parameters
Elm Ion WL_air(A) log(gf) E_low(eV) J lo E_up(eV) J up lower upper mean Rad. Stark Waals
'Cu 2', 4403.7511, -2.009, 14.1980, 1.0, 17.0120, 1.0, 1.890, 1.040, 1.460, 9.300,-5.840, -7.750
' LS 3d9.(2D).4d 3S'
' LS 3d8.(3P).4s.4p.(3P*) 1P*'
'K11 Kurucz CuII 2011 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 1 K11 Cu+ '
'Cr 1', 4403.7742, -9.583, 1.0300, 4.0, 3.8450, 3.0, 1.500, 1.330, 1.770, 0.930,-6.150, -7.790
' LS 3d4.4s2 a5D'
' LS 3d5.(2D3).4s b3D*'
'K10 C Kurucz CrI 2010 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 Cr '
'Cr 1', 4403.7742, -11.444, 1.0300, 4.0, 3.8450, 3.0, 1.500, 1.330, 1.770, 0.930,-6.150, -7.790
' LS 3d4.4s2 a5D'
' LS 3d5.(2D3).4s b3D*'
'K10 B Kurucz CrI 2010 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 2 K10 Cr '
'Fe 2', 4403.7802, -4.939, 10.5230, 2.5, 13.3370, 2.5, 1.380, 1.370, 1.370, 8.860,-5.230, -7.440
' LS 3d6.(5D).4d f4D'
' LS 3d6.(5D).6p 6F*'
'K10 Kurucz FeII 2010 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 Fe+ '
'Cr 2', 4403.7854, -1.305, 11.6270, 2.5, 14.4420, 2.5, 1.650, 1.480, 1.570, 8.010,-4.980, -7.320
' LS (5D)5p 6D*'
' LS (5D)6d 6F'
'K10 Kurucz CrII 2010 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 Cr+ '
...
'Sm 2', 4405.6400, -1.850, 0.4340, 3.5, 3.2470, 2.5, 1.400, 1.320, 1.500, 0.000, 0.000, 0.000
' LS 4f6.(7F).6s 6F'
' *'
'LD-HS E 0.03 Wisconsin REE ex 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS 40 LD-HS Sm+ '
'Cr 2', 4405.6660, -6.189, 8.0910, 3.5, 10.9040, 4.5, 0.920, 1.480, 2.450, 8.910,-5.820, -7.720
' LS a3F)4p z4G*'
' LS (5D)4d e6F'
'K10 Kurucz CrII 2010 4 K10 7 RU 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 4 K10 Cr+ '
'Ti 1', 4405.6819, -1.874, 1.0530, 1.0, 3.8660, 1.0, 1.500, 0.510, 1.010, 7.360,-6.010, -7.740
' LS d2s2 a3P'
' LS 3Psp3P v3D*'
'K10 Kurucz TiI 2010 27 K10 27 K10 27 K10 27 K10 27 K10 27 K10 27 K10 27 K10 27 K10 Ti '
'Mn 1', 4405.6957, -3.725, 3.7710, 0.5, 6.5840, 1.5, 0.110, 1.310, 1.610, 7.430,-6.270, -7.820
' LS 3d5.4s2 b4D'
' LS 3d5.(4P).4s.4p.(3P*) y4D*'
'K07 Kurucz MnI 2007 42 K07 42 K07 42 K07 42 K07 42 K07 42 K07 42 K07 42 K07 42 K07 Mn '
'Fe 2', 4405.7002, -8.648, 11.2080, 3.5, 14.0210, 2.5, 1.410, 1.370, 1.460, 8.200,-4.340, -7.420
' LS 3d6.(5D).5p 4D*'
' JK 3d6.(5D<4>).5g 2[2]'
'K10 Kurucz FeII 2010 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 3 K10 Fe+ '
 References:
  1. Kurucz obs. energy level: Cu 2
  2. Kurucz obs. energy level: Cr 1
  3. Kurucz obs. energy level: Fe 2
  4. Kurucz obs. energy level: Cr 2
  5. Hf 1 - U 2 Bell
  6. Kurucz obs. energy level: Co 1
  7. Cr 2: Raassen & Uylings
  8. Li 1 - K 5 Bell
  9. Kurucz obs. energy level: Co 2
 10. Kurucz obs. energy level: Fe 1
 11. Kurucz obs. energy level: Cr 3
 12. Kurucz obs. energy level: V 1
 13. Ce 2: DREAM data
 14. Kurucz obs. energy level: Ni 1
 15. Kurucz obs. energy level: Ni 2
 16. Kurucz obs. energy level: Ca 1
 17. Kurucz obs. energy level: Fe 3
 18. Fe 2: Raassen & Uylings
 19. Cu 1 - Ba 2 Bell
 20. Kurucz obs. energy level: Mn 2
 21. Van der Waals data
 22. Kurucz obs. energy level: Y 1
 23. Yb 2: DREAM data
 24. Kurucz obs. energy level: Sc 1
 25. Kurucz obs. energy level: Y 2
 26. Kurucz obs. energy level: Ti 2
 27. Kurucz obs. energy level: Ti 1
 28. Kurucz obs. energy level: Ca 2
 29. Kurucz obs. energy level: Ni 6
 30. ISAN data
 31. Kurucz obs. energy level: S 1
 32. Kurucz obs. energy level: V 2
 33. V : NBS data
 34. Lund: exp. data
 35. Fe 1: exp. data
 36. Tm 2: DREAM data
 37. Hg 2 theor. data
 38. Kurucz obs. energy level: Cu 1
 39. La 1 - Lu 2 Bell
 40. Wisconsin exp. data with IS
 41. C 1-6, N 1-7, O 1-8, Na 1, Mg 1:
 42. Kurucz obs. energy level: Mn 1
 43. Kurucz obs. energy level: Si 1
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-~

Extract All request

Extract All presents all transitions falling in a specified spectral range. You can select this extraction form from in the VALD3 web interface or using the VALD3 email service (EMS). When using email the body should look like this: 

  begin request
  extract all
  <lambda1>, <lambda2>
  <options>
  …
  end request

he allowed options are (one per line):

  • Default configuration or Personal configuration Default Waals or Extended Waals Energy unit 1/cm or Energy unit eV Medium air or Medium vacuum Wave unit A or Wave unit 1/cm Isotopic scaling or No isotopic scaling

The first group of options has two alternatives. The default answer (given in bold) is used when no option is selected. The 2nd group specifies the output via FTP or sets additional constraints on extracted records:

  • via FTP

  • Have radiative damping

  • Have Stark damping

  • Have Waals damping

  • Have Lande factor

  • Have term designation

In this group bold indicates the minimal subset of the whole name that needs to be given. All options are case insensitive and spaces are ignored.

Output formats for Extract All and Extract Element

  • Short output format with wavelength in Å and energy in eV 

  • Short output format with wavelength in nm and energy in 1/cm 
  • Long output format with wavelength in Å and energy in eV 
ValdWiki: presformat_output  (last edited 2024-04-25 08:08:11 by NikolaiPiskunov)