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Sample 12 Co J 14 7 6 Blue Lines And 12 Co J 14 4 3 Red

Sample 12 CO J = 7 → 6 ( blue lines ) and 12 CO J = 4 → 3 ( red lines ...
Sample 12 CO J = 7 → 6 ( blue lines ) and 12 CO J = 4 → 3 ( red lines ...
Sample 12 CO J = 7 → 6 ( blue lines ) and 12 CO J = 4 → 3 ( red lines ...
Sample 12 CO J = 7 → 6 ( blue lines ) and 12 CO J = 4 → 3 ( red lines ...
—Sample 12 CO J 1⁄4 7 ! 6 ( blue lines ) and 12 CO J 1⁄4 4 ! 3 ( red ...
—Sample 12 CO J 1⁄4 7 ! 6 ( blue lines ) and 12 CO J 1⁄4 4 ! 3 ( red ...
—Sample 12 CO J 1⁄4 7 ! 6 ( blue lines ) and 12 CO J 1⁄4 4 ! 3 ( red ...
—Sample 12 CO J 1⁄4 7 ! 6 ( blue lines ) and 12 CO J 1⁄4 4 ! 3 ( red ...
Profiles of 13 CO J = 2 − 1 and 12 CO J = 3 − 2 emission lines at the ...
Profiles of 13 CO J = 2 − 1 and 12 CO J = 3 − 2 emission lines at the ...
-Spectra of 12 CO J ¼ 4 ! 3 and [C i] 492 GHz averaged over the ...
-Spectra of 12 CO J ¼ 4 ! 3 and [C i] 492 GHz averaged over the ...
Top : Integrated intensity map of the 12 CO J 1⁄4 4 ! 3 emission ...
Top : Integrated intensity map of the 12 CO J 1⁄4 4 ! 3 emission ...
-Position-velocity diagrams of the 12 CO J = 2-1 (blue) and HC 3 N J ...
-Position-velocity diagrams of the 12 CO J = 2-1 (blue) and HC 3 N J ...
Top : Integrated intensity map of the 12 CO J = 4 → 3 emission ...
Top : Integrated intensity map of the 12 CO J = 4 → 3 emission ...
-The 12 CO J ¼ 4 ! 3 emission overlaid on the H image (reprinted with ...
-The 12 CO J ¼ 4 ! 3 emission overlaid on the H image (reprinted with ...
PV diagrams of 12 CO J = 2-1 made along the lines in Figure 2. The red ...
PV diagrams of 12 CO J = 2-1 made along the lines in Figure 2. The red ...
Total-flux line profiles of the 12 CO J = 2-1 and 13 CO J = 2-1 lines ...
Total-flux line profiles of the 12 CO J = 2-1 and 13 CO J = 2-1 lines ...
presents the 12 CO J ¼ 4 ! 3 line emission taken with the AST/ RO with ...
presents the 12 CO J ¼ 4 ! 3 line emission taken with the AST/ RO with ...
Total flux line profiles of the 12 CO J = 2–1 and 13 CO J = 2–1 lines ...
Total flux line profiles of the 12 CO J = 2–1 and 13 CO J = 2–1 lines ...
PV diagrams of 12 CO J = 2-1 made along the lines in Figure 2. The red ...
PV diagrams of 12 CO J = 2-1 made along the lines in Figure 2. The red ...
Theoretical J up = 15 / 20 12 CO lines ratios (in blue) and photon ...
Theoretical J up = 15 / 20 12 CO lines ratios (in blue) and photon ...
Low-velocity channel maps of the 12 CO J = 6 − 5 line with the J = 7 − ...
Low-velocity channel maps of the 12 CO J = 6 − 5 line with the J = 7 − ...
Observed 12 CO and 13 CO J = 3 → 2 line profiles. The reference model ...
Observed 12 CO and 13 CO J = 3 → 2 line profiles. The reference model ...
-Spectra for the 12 CO J ¼ 1 0, 2-1, 3-2, 4-3, 6-5, and 7-6 transitions ...
-Spectra for the 12 CO J ¼ 1 0, 2-1, 3-2, 4-3, 6-5, and 7-6 transitions ...
Spectra of the observed 12 CO J = 2–1 (black solid line) and 13 CO J ...
Spectra of the observed 12 CO J = 2–1 (black solid line) and 13 CO J ...
The optical depth distributions for 12 CO J = 3→2 (red) and J = 1→0 ...
The optical depth distributions for 12 CO J = 3→2 (red) and J = 1→0 ...
Velocity-channel maps of the 12 CO ( J = 3-2) and HCO + ( J = 3-2 ...
Velocity-channel maps of the 12 CO ( J = 3-2) and HCO + ( J = 3-2 ...
(Top left) Image of the 12 CO J = 1 -0 integrated intensity and ROIs ...
(Top left) Image of the 12 CO J = 1 -0 integrated intensity and ROIs ...
The averaged 12 CO J = 2-1 and 13 CO J = 2-1 spectra of G352.7 −0.1 in ...
The averaged 12 CO J = 2-1 and 13 CO J = 2-1 spectra of G352.7 −0.1 in ...
-Maps of 12 CO J ¼ 2 1 emission integrated over selected LSR velocity ...
-Maps of 12 CO J ¼ 2 1 emission integrated over selected LSR velocity ...
The blue line is 12 CO emission, the green line is 13 CO emission and ...
The blue line is 12 CO emission, the green line is 13 CO emission and ...
Moment-zero maps of 12 CO and 13 CO emission lines toward V Hya ...
Moment-zero maps of 12 CO and 13 CO emission lines toward V Hya ...
Examples of J = 1-0 lines of 12 CO, 13 CO, and C 18 O spectra with ...
Examples of J = 1-0 lines of 12 CO, 13 CO, and C 18 O spectra with ...
CO J = 3-2 outflows in Oph C, E, and F. Blue contours trace the ...
CO J = 3-2 outflows in Oph C, E, and F. Blue contours trace the ...
12 CO (J=1–0; blue), 13 CO (J=1–0; green), and C 18 O (J=1–0; red ...
12 CO (J=1–0; blue), 13 CO (J=1–0; green), and C 18 O (J=1–0; red ...
The blue line is 12 CO emission, the green line is 13 CO emission and ...
The blue line is 12 CO emission, the green line is 13 CO emission and ...
Comparison between the observed 13 CO J = 3 − 2 line and predictions ...
Comparison between the observed 13 CO J = 3 − 2 line and predictions ...
The intensity map of 12 CO J = 2-1 integrated from −48 to −37 km s −1 ...
The intensity map of 12 CO J = 2-1 integrated from −48 to −37 km s −1 ...
-Velocity selected channel maps of the 12 CO J = 1-0 line. The channel ...
-Velocity selected channel maps of the 12 CO J = 1-0 line. The channel ...
Interpretation of part of lines 12 and 14 (locations are shown in Fig ...
Interpretation of part of lines 12 and 14 (locations are shown in Fig ...
Total integrated 12 CO J = 3−2 emission compared with singledish line ...
Total integrated 12 CO J = 3−2 emission compared with singledish line ...

Related Searches

Sample 12 CO J = 7 → 6 ( blue lines ) and 12 CO J = 4 → 3 ( red lines ... —Sample 12 CO J 1⁄4 7 ! 6 ( blue lines ) and 12 CO J 1⁄4 4 ! 3 ( red ... Profiles of 13 CO J = 2 − 1 and 12 CO J = 3 − 2 emission lines at the ... -Spectra of 12 CO J ¼ 4 ! 3 and [C i] 492 GHz averaged over the ... Top : Integrated intensity map of the 12 CO J 1⁄4 4 ! 3 emission ... -Position-velocity diagrams of the 12 CO J = 2-1 (blue) and HC 3 N J ... Top : Integrated intensity map of the 12 CO J = 4 → 3 emission ... -The 12 CO J ¼ 4 ! 3 emission overlaid on the H image (reprinted with ...

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