The infrared excess (IRE) of the Large Magellanic Cloud (LMC) HII nebulae is found to correlate positively with the temperature of the ambient radiation field or with the He(+)/H(+) abundance ratio. This result is discussed in terms of a selective absorption of the photons in the range 504 to 912 A relative to the He ionizing photons. This interpretation may explain the paradox of finding highly excited nebulae with only relatively moderate equivalent width of their Balmer lines
A comparison of 40 to 120 micron Infrared Astronomy Satellite (IRAS) fluxes with published H alpha a...
Researchers constructed a volume limited sample of 443 optically selected nearby galaxies from the Z...
The interstellar medium (ISM) of our Galaxy contains low-density diffuse ionized gas known as the wa...
Context. Investigating the relationship between radio and infrared emission of HII regions may help ...
Infrared Astronomy Observations are presented for the diffuse infrared (IR) emissions from the galac...
These studies of the infrared colors of reflection nebulae, HL HI clouds, HII regions and external g...
This thesis is concerned with testing models of the infrared Hel 2.058^m/Br7 ratio as a function of ...
We estimate the total predicted Lyc emission rates of OB associations for which the complete census ...
We have created a map of the large-scale infrared surface brightness in excess of that associated wi...
Infrared Astronomy Satellite (IRAS) observations of the neighborhoods of six outer-Galaxy HII region...
Total infrared fluxes are estimated for 99 HII regions around massive stars. The following wavebands...
Because infrared emission is a very good tracer of mass at high latitudes, by combining it with HI o...
A linear correlation was found between the infrared cirrus at 100 or 60 microns and neutral atomic h...
The origin of the abundance discrepancy in nebulae is one of the key problems in the physics of phot...
The 20-cm radio continuum fluxes of 91 HII regions in a previously compiled catalog have been determ...
A comparison of 40 to 120 micron Infrared Astronomy Satellite (IRAS) fluxes with published H alpha a...
Researchers constructed a volume limited sample of 443 optically selected nearby galaxies from the Z...
The interstellar medium (ISM) of our Galaxy contains low-density diffuse ionized gas known as the wa...
Context. Investigating the relationship between radio and infrared emission of HII regions may help ...
Infrared Astronomy Observations are presented for the diffuse infrared (IR) emissions from the galac...
These studies of the infrared colors of reflection nebulae, HL HI clouds, HII regions and external g...
This thesis is concerned with testing models of the infrared Hel 2.058^m/Br7 ratio as a function of ...
We estimate the total predicted Lyc emission rates of OB associations for which the complete census ...
We have created a map of the large-scale infrared surface brightness in excess of that associated wi...
Infrared Astronomy Satellite (IRAS) observations of the neighborhoods of six outer-Galaxy HII region...
Total infrared fluxes are estimated for 99 HII regions around massive stars. The following wavebands...
Because infrared emission is a very good tracer of mass at high latitudes, by combining it with HI o...
A linear correlation was found between the infrared cirrus at 100 or 60 microns and neutral atomic h...
The origin of the abundance discrepancy in nebulae is one of the key problems in the physics of phot...
The 20-cm radio continuum fluxes of 91 HII regions in a previously compiled catalog have been determ...
A comparison of 40 to 120 micron Infrared Astronomy Satellite (IRAS) fluxes with published H alpha a...
Researchers constructed a volume limited sample of 443 optically selected nearby galaxies from the Z...
The interstellar medium (ISM) of our Galaxy contains low-density diffuse ionized gas known as the wa...