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Spectrum Of The J 1 0 Transition Of Dco Toward The Dark Cloud Ldn

Spectrum of the J = 1 − 0 transition of DCO + toward the dark cloud LDN ...
Spectrum of the J = 1 − 0 transition of DCO + toward the dark cloud LDN ...
Spectrum of the J = 1 − 0 transition of DCO + toward the dark cloud LDN ...
Spectrum of the J = 1 − 0 transition of DCO + toward the dark cloud LDN ...
Spectrum of the J = 1 − 0 transition of DCO + toward the dark cloud LDN ...
Spectrum of the J = 1 − 0 transition of DCO + toward the dark cloud LDN ...
Spectrum of the J = 1 − 0 transition of DNC toward the dark cloud LDN ...
Spectrum of the J = 1 − 0 transition of DNC toward the dark cloud LDN ...
Spectrum of the J = 1 − 0 transition of HN 13 C toward the dark cloud ...
Spectrum of the J = 1 − 0 transition of HN 13 C toward the dark cloud ...
-Spectra of the J = 1 − 0 transition of HF toward NGC253 (Left) and NGC ...
-Spectra of the J = 1 − 0 transition of HF toward NGC253 (Left) and NGC ...
Partly resolved hyperfine structure of the J ϭ 1 Ϫ 0 transition of ...
Partly resolved hyperfine structure of the J ϭ 1 Ϫ 0 transition of ...
—Representative spectra of the N ¼ 1 ! 0 transition of 12 CN (top: J ¼ ...
—Representative spectra of the N ¼ 1 ! 0 transition of 12 CN (top: J ¼ ...
Spectrum of the transition |S1 /2 , mJ = − 1 /2 ↔ |D5 /2 , m J = − 3 /2 ...
Spectrum of the transition |S1 /2 , mJ = − 1 /2 ↔ |D5 /2 , m J = − 3 /2 ...
The Zeeman splittings for the J = 1 − 0 transition of 12 CH ...
The Zeeman splittings for the J = 1 − 0 transition of 12 CH ...
Spectra of the J = 1 → 0 (black trace) and J = 2 → 1 (gray trace ...
Spectra of the J = 1 → 0 (black trace) and J = 2 → 1 (gray trace ...
-Spectra of the J ¼ 5 ! 4 and J ¼ 1 ! 0 transitions of 13 CO. The ...
-Spectra of the J ¼ 5 ! 4 and J ¼ 1 ! 0 transitions of 13 CO. The ...
-Laboratory spectrum of the J 2-1 transition of DCS. The spectrum was ...
-Laboratory spectrum of the J 2-1 transition of DCS. The spectrum was ...
The J = 1 − 0 line of CD + . In this lower frequency region, the ...
The J = 1 − 0 line of CD + . In this lower frequency region, the ...
Spectra of the J = 3 → 2 and 1 → 0 transitions of HCN, the J = 3 → 2 ...
Spectra of the J = 3 → 2 and 1 → 0 transitions of HCN, the J = 3 → 2 ...
Spectrum of a section of the J = 1-0 rotational transition of LiCCCN ...
Spectrum of a section of the J = 1-0 rotational transition of LiCCCN ...
Hyperfine structure (hfs) of the J = 1 0,1 ← 0 0,0 rotational ...
Hyperfine structure (hfs) of the J = 1 0,1 ← 0 0,0 rotational ...
Overlay of the J = 1 − 0 13 CO | Download Scientific Diagram
Overlay of the J = 1 − 0 13 CO | Download Scientific Diagram
(PDF) An excess of emission in the dark cloud LDN 1111 with the ...
(PDF) An excess of emission in the dark cloud LDN 1111 with the ...
THE J 1 0 ROTATIONAL TRANSITIONS OF 12
THE J 1 0 ROTATIONAL TRANSITIONS OF 12
Spectra of (a) the H 13 CO + J = 1 → 0 line and (b) the C 34 S J = 2 → ...
Spectra of (a) the H 13 CO + J = 1 → 0 line and (b) the C 34 S J = 2 → ...
A composite spectrum of the J K a , K c ϭ 2 1,1 – 1 1,0 rotational ...
A composite spectrum of the J K a , K c ϭ 2 1,1 – 1 1,0 rotational ...
Spectra of the 8 clouds where 13 CO emission was detected. The J = 1 → ...
Spectra of the 8 clouds where 13 CO emission was detected. The J = 1 → ...
Spectra of the J = 1 → 0, 2 → 1, and 3 →2 transitions of CO, the J = 1 ...
Spectra of the J = 1 → 0, 2 → 1, and 3 →2 transitions of CO, the J = 1 ...
Spectra of the J = 1 → 0, 2 → 1, 3 → 2 and 4 → 3 transitions of HCO ...
Spectra of the J = 1 → 0, 2 → 1, 3 → 2 and 4 → 3 transitions of HCO ...
Model used for the calculation. The J = 1 → J′ = 0 transition is ...
Model used for the calculation. The J = 1 → J′ = 0 transition is ...
Spectra of the J = 1 → 0, 2 → 1, and 3 →2 transitions of CO, the J = 1 ...
Spectra of the J = 1 → 0, 2 → 1, and 3 →2 transitions of CO, the J = 1 ...
Spectral functions of the J = 0 ground states (D and D s ) at different ...
Spectral functions of the J = 0 ground states (D and D s ) at different ...
Infrared photodissociation spectrum of the ␯ 1 vibration of D 2 –DCO ϩ ...
Infrared photodissociation spectrum of the ␯ 1 vibration of D 2 –DCO ϩ ...
Spectral functions of the J = 0 ground states (D and D s ) at different ...
Spectral functions of the J = 0 ground states (D and D s ) at different ...
ÈFrequency distribution of the 12CO J \ 1È0 optical depth toward the ...
ÈFrequency distribution of the 12CO J \ 1È0 optical depth toward the ...
Composite spectrum of the J =1-0 transitions of He 14-HCCCN and He ...
Composite spectrum of the J =1-0 transitions of He 14-HCCCN and He ...
Figure 1 from PMS and ZAMS stars associated with the dark cloud LDN ...
Figure 1 from PMS and ZAMS stars associated with the dark cloud LDN ...
ÈMaps of the integrated emission from the CS H 2 CO 2 02 ]1 01 , J \ 3 ...
ÈMaps of the integrated emission from the CS H 2 CO 2 02 ]1 01 , J \ 3 ...
-Observed spectra of the 12 CO(J = 1 → 0) and (J = 2 → 1) transitions ...
-Observed spectra of the 12 CO(J = 1 → 0) and (J = 2 → 1) transitions ...
(PDF) Hyperfine structure in the J = 1-0 transitions of DCO+, DNC, and ...
(PDF) Hyperfine structure in the J = 1-0 transitions of DCO+, DNC, and ...

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Spectrum of the J = 1 − 0 transition of DCO + toward the dark cloud LDN ... Spectrum of the J = 1 − 0 transition of DNC toward the dark cloud LDN ... Spectrum of the J = 1 − 0 transition of HN 13 C toward the dark cloud ... -Spectra of the J = 1 − 0 transition of HF toward NGC253 (Left) and NGC ... Partly resolved hyperfine structure of the J ϭ 1 Ϫ 0 transition of ... —Representative spectra of the N ¼ 1 ! 0 transition of 12 CN (top: J ¼ ... Spectrum of the transition |S1 /2 , mJ = − 1 /2 ↔ |D5 /2 , m J = − 3 /2 ... The Zeeman splittings for the J = 1 − 0 transition of 12 CH ...

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