The (0 III) 51.8 microns line from four H II regions, M42, M17, W51 and NGC 6375A was detected. Respective line strengths are 7 x 10 to the minus 15 power, 1.0 x 10 to the minus 14 power, 2.1 x 10 to the minus 15 power and 2.6 x 10 to the minus 15 power watt cm/2. Observations are consistent with previously reported line position and place the line at 51.80 + or 0.05 micron. When combined with the 88.35 microns (0 III) reported earlier, clumping seems to be an important factor in NGC 6375A and M42 and to a lesser extent in W51 and M17. The combined data also suggest an (0 III) abundance of approximately 3 x 0.0001 sub n e' a factor of 2 greater than previously assumed
We have imaged the large-scale radio continuum structure in the Orion region with the Very Large Arr...
Observations of the 2.6-mm CO line have been obtained along the galactic equator covering longitudes...
The 63 micrometer (3)p(1)-(3)P(2) fine structure line emission of neutral atomic oxygen at the cente...
The 51.8 micron fine structure transition P2:3P2 3P1 for doubly ionized oxygen was observed in the O...
Observations of the O III 88.35 micrometer line and the O I63.2 micrometer were made with a far infr...
The detection of the 63 microns line of [O I] is reported for three positions in the H II region com...
The detection of a predicted transition, the fine structure line of O3 at 88.16 microns in the H 2 r...
The pure rotational S(2) line of molecular hydrogen at 12.28 microns was looked for in 44 positions ...
Spectrophotometry of the H II region G333.6 – 0.2 with λ/Δλ≏100 shows strong emission lines of hydro...
The detection of emission from the v = 1 approaches 0 S(1) quadrupole transition of H2 toward the cl...
Observations are presented of the H II region complex in W51 made with a mm interferometer. W51 is a...
The bright infrared sources W51-IRS2 has at least three components with different physical and evolu...
A first set of observations of the (OI) 3P to 3P1 (145.5 micron) transition was obtained. The line w...
A very strong Brackett-gamma hydrogen emission line, and the 2.3 micron CO stellar absorption featur...
Spectral data are presented, giving intensities of the Brackett ɤ (B7) line at six positions in M 42...
We have imaged the large-scale radio continuum structure in the Orion region with the Very Large Arr...
Observations of the 2.6-mm CO line have been obtained along the galactic equator covering longitudes...
The 63 micrometer (3)p(1)-(3)P(2) fine structure line emission of neutral atomic oxygen at the cente...
The 51.8 micron fine structure transition P2:3P2 3P1 for doubly ionized oxygen was observed in the O...
Observations of the O III 88.35 micrometer line and the O I63.2 micrometer were made with a far infr...
The detection of the 63 microns line of [O I] is reported for three positions in the H II region com...
The detection of a predicted transition, the fine structure line of O3 at 88.16 microns in the H 2 r...
The pure rotational S(2) line of molecular hydrogen at 12.28 microns was looked for in 44 positions ...
Spectrophotometry of the H II region G333.6 – 0.2 with λ/Δλ≏100 shows strong emission lines of hydro...
The detection of emission from the v = 1 approaches 0 S(1) quadrupole transition of H2 toward the cl...
Observations are presented of the H II region complex in W51 made with a mm interferometer. W51 is a...
The bright infrared sources W51-IRS2 has at least three components with different physical and evolu...
A first set of observations of the (OI) 3P to 3P1 (145.5 micron) transition was obtained. The line w...
A very strong Brackett-gamma hydrogen emission line, and the 2.3 micron CO stellar absorption featur...
Spectral data are presented, giving intensities of the Brackett ɤ (B7) line at six positions in M 42...
We have imaged the large-scale radio continuum structure in the Orion region with the Very Large Arr...
Observations of the 2.6-mm CO line have been obtained along the galactic equator covering longitudes...
The 63 micrometer (3)p(1)-(3)P(2) fine structure line emission of neutral atomic oxygen at the cente...