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J/ApJS/169/472
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J/ApJS/169/472
..table7
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J/ApJS/169/472
14
Swan system of C2 (Tanabashi+, 2007)
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1.
J/ApJS/169/472/table7
Transition Wavenumbers of the Swan System
(1081 rows)
Simple Constraint
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Column
Constraint
Explain
(
UCD
)
recno
Record number within the original table (starting from 1)
(
meta.record
)
(
RECORD
)
v'
The v' vibrational level
(
phys.atmol.qn
)
(
AT_Q-N_VIBRATIONAL
)
v"
The v" vibrational level
(
phys.atmol.qn
)
(
AT_Q-N_VIBRATIONAL
)
J"
The J" rotational level
(
phys.atmol.qn
)
(
AT_Q-N_ROTATIONAL
)
P3(J)
cm-1
(n)
The P3 branch vacuum wavenumber
(Note 1)
(
phys.energy;phys.atmol.transition
)
(
AT_TRANS_ENERGY
)
r_P3(J)
(char)
Transition from from Tanabashi & Amano
(Note 2)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
D_P3(J)
10-3cm-1
(n)
The (O-C) value for P3(J)
(Note 3)
(
stat.value;stat.fit.omc
)
(
FIT_RESIDUAL
)
n_P3(J)
(char)
Categorization of P3(J)
(Note 4)
(
meta.note
)
(
NOTE
)
R3(J)
cm-1
(n)
The R3 branch vacuum wavenumber
(Note 1)
(
phys.energy;phys.atmol.transition
)
(
AT_TRANS_ENERGY
)
r_R3(J)
(char)
Transition from from Tanabashi & Amano
(Note 2)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
D_R3(J)
10-3cm-1
(n)
The (O-C) value for R3(J)
(Note 3)
(
stat.value;stat.fit.omc
)
(
FIT_RESIDUAL
)
ALL
cols
(n)
indicates a possible blank or NULL column
n_R3(J)
(char)
Categorization of R3(J)
(Note 4)
(
meta.note
)
(
NOTE
)
P2(J)
cm-1
(n)
The P2 branch vacuum wavenumber
(Note 1)
(
phys.energy;phys.atmol.transition
)
(
AT_TRANS_ENERGY
)
r_P2(J)
(char)
Transition from from Tanabashi & Amano
(Note 2)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
D_P2(J)
10-3cm-1
(n)
The (O-C) value for P2(J)
(Note 3)
(
stat.value;stat.fit.omc
)
(
FIT_RESIDUAL
)
n_P2(J)
(char)
Categorization of P2(J)
(Note 4)
(
meta.note
)
(
NOTE
)
R2(J)
cm-1
(n)
The R2 branch vacuum wavenumber
(Note 1)
(
phys.energy;phys.atmol.transition
)
(
AT_TRANS_ENERGY
)
r_R2(J)
(char)
Transition from from Tanabashi & Amano
(Note 2)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
D_R2(J)
10-3cm-1
(n)
The (O-C) value for R2(J)
(Note 3)
(
stat.value;stat.fit.omc
)
(
FIT_RESIDUAL
)
n_R2(J)
(char)
Categorization of R2(J)
(Note 4)
(
meta.note
)
(
NOTE
)
P1(J)
cm-1
(n)
The P1 branch vacuum wavenumber
(Note 1)
(
phys.energy;phys.atmol.transition
)
(
AT_TRANS_ENERGY
)
r_P1(J)
(char)
Transition from from Tanabashi & Amano
(Note 2)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
D_P1(J)
10-3cm-1
(n)
The (O-C) value for P1(J)
(Note 3)
(
stat.value;stat.fit.omc
)
(
FIT_RESIDUAL
)
n_P1(J)
(char)
Categorization of P1(J)
(Note 4)
(
meta.note
)
(
NOTE
)
ALL
cols
(n)
indicates a possible blank or NULL column
R1(J)
cm-1
(n)
The R1 branch vacuum wavenumber
(Note 1)
(
phys.energy;phys.atmol.transition
)
(
AT_TRANS_ENERGY
)
r_R1(J)
(char)
Transition from from Tanabashi & Amano
(Note 2)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
D_R1(J)
10-3cm-1
(n)
The (O-C) value for R1(J)
(Note 3)
(
stat.value;stat.fit.omc
)
(
FIT_RESIDUAL
)
n_R1(J)
(char)
Categorization of R1(J)
(Note 4)
(
meta.note
)
(
NOTE
)
Q2(J)
cm-1
(n)
The Q2 branch vacuum wavenumber
(Note 1)
(
phys.energy;phys.atmol.transition
)
(
AT_TRANS_ENERGY
)
r_Q2(J)
(char)
Transition from from Tanabashi & Amano
(Note 2)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
D_Q2(J)
10-3cm-1
(n)
The (O-C) value for Q2(J)
(Note 3)
(
stat.value;stat.fit.omc
)
(
FIT_RESIDUAL
)
n_Q2(J)
(char)
Categorization of Q2(J)
(Note 4)
(
meta.note
)
(
NOTE
)
Q1(J)
cm-1
(n)
The Q1 branch vacuum wavenumber
(Note 1)
(
phys.energy;phys.atmol.transition
)
(
AT_TRANS_ENERGY
)
r_Q1(J)
(char)
Transition from from Tanabashi & Amano
(Note 2)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
D_Q1(J)
10-3cm-1
(n)
The (O-C) value for Q1(J)
(Note 3)
(
stat.value;stat.fit.omc
)
(
FIT_RESIDUAL
)
n_Q1(J)
(char)
Categorization of Q1(J)
(Note 4)
(
meta.note
)
(
NOTE
)
ALL
cols
(n)
indicates a possible blank or NULL column
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