(abridged) - We present arcsecond resolution observations from the VLA of the satellite line of the hydroxyl molecule (OH) at 1720.53 MHz toward three Galactic supernova remnants: W28, W44 and IC443. All of our observations are consistent with a model in which the OH(1720 MHz) is collisionally excited by H2 molecules in the postshock gas heated by a non-dissociative shock. Supernova remnants with OH(1720 MHz) maser emission may be promising candidates to conduct high energy searches for the sites of cosmic ray acceleration
Compact OH(1720 MHz) masers have proven to be excellent signposts for the interaction of supernova r...
OH masers at 1720 MHz have proven to be excellent indicators of interactions between supernova remna...
High-resolution millimeter-wave (CO, CS, and HCO^+ rotational lines) and near-infrared (H_2 2.12 μm ...
MERLIN and VLBA observations of the 1720 MHz maser emission from the OH molecule in the supernova re...
OH(1720 MHz) masers unaccompanied by 1665/7 MHz line masers have recently been proposed as indicator...
We present the results of GBT observations of all four ground-state hydroxyl (OH) transitions toward...
The environs of three supernova remnants (SNR) with associated OH 1720 MHz masers, G349.7+0.2, CTB 3...
OH masers at 1720 MHz have proven to be excellent indicators of interactions between supernova remna...
The collisionally pumped, ground-state 1720 MHz maser line of OH is widely recognized as a tracer fo...
We have used the NRAO Very Long Baseline Array (VLBA) to image OH(1720 MHz) masers in the supernova ...
OH(1720 MHz) masers are created by the interaction of supernova remnants with molecular clouds. Thes...
We present spectral line observations of the ground-state transitions of hydroxyl (OH) toward supern...
Recent observations show that the OH 1720 MHz maser is a powerful probe of the shocked region where ...
Abstract. OH(1720 MHz) masers are created by the interaction of supernova remnants with molecular cl...
The W28 supernova remnant (SNR) is an excellent prototype for observing shocked gas resulting from t...
Compact OH(1720 MHz) masers have proven to be excellent signposts for the interaction of supernova r...
OH masers at 1720 MHz have proven to be excellent indicators of interactions between supernova remna...
High-resolution millimeter-wave (CO, CS, and HCO^+ rotational lines) and near-infrared (H_2 2.12 μm ...
MERLIN and VLBA observations of the 1720 MHz maser emission from the OH molecule in the supernova re...
OH(1720 MHz) masers unaccompanied by 1665/7 MHz line masers have recently been proposed as indicator...
We present the results of GBT observations of all four ground-state hydroxyl (OH) transitions toward...
The environs of three supernova remnants (SNR) with associated OH 1720 MHz masers, G349.7+0.2, CTB 3...
OH masers at 1720 MHz have proven to be excellent indicators of interactions between supernova remna...
The collisionally pumped, ground-state 1720 MHz maser line of OH is widely recognized as a tracer fo...
We have used the NRAO Very Long Baseline Array (VLBA) to image OH(1720 MHz) masers in the supernova ...
OH(1720 MHz) masers are created by the interaction of supernova remnants with molecular clouds. Thes...
We present spectral line observations of the ground-state transitions of hydroxyl (OH) toward supern...
Recent observations show that the OH 1720 MHz maser is a powerful probe of the shocked region where ...
Abstract. OH(1720 MHz) masers are created by the interaction of supernova remnants with molecular cl...
The W28 supernova remnant (SNR) is an excellent prototype for observing shocked gas resulting from t...
Compact OH(1720 MHz) masers have proven to be excellent signposts for the interaction of supernova r...
OH masers at 1720 MHz have proven to be excellent indicators of interactions between supernova remna...
High-resolution millimeter-wave (CO, CS, and HCO^+ rotational lines) and near-infrared (H_2 2.12 μm ...