Add to ORKG1 is considered the cornerstone of interstellar chemistry because it initiates the reactions responsible for the production of many larger molecules. Recently discovered in dense molecular clouds, H3 1 has now been observed in the diffuse interstellar medium toward Cygnus OB2 No. 12. Analysis of H3 1 chemistry suggests tha
We present a detection of three lines of the H+3 ion in the near-infrared spectrum of the Herbig Be ...
We present results from observations of diffuse interstellar clouds, with discussion of their signif...
Context. The molecular species hydrogen peroxide, HOOH, is likely to be a key ingredient in the oxyg...
1 is considered the cornerstone of interstellar chemistry because it initiates the reactions respons...
The presence of H3+ in the interstellar medium was forecast almost four decades ago. Almost three de...
Surprisingly large column densities of H3+ have been detected using infrared absorption spectroscopy...
$^{a}$B. J. McCall, T. R. Geballe, K.H. Hinkle and T. Oka Science 279, 1910 1998. $^{b}$T. R. Geball...
The H-3(+) ion plays a key role in the chemistry of dense interstellar gas clouds where stars and pl...
Molecular ions are known to be key reactive intermediates in interstellar environments, and H+3 in p...
$^{a}$Suppoorted by the Fannie and John Hertz Foundation $^{b}$T.R. Geballe and T. Oka, {Nature} 384...
Molecular ions are known to be key reactive intermediates in interstellar environments, and H3+ in p...
Context. The methylidyne radical CH is commonly used as a proxy for molecular hydrogen in the cold, ...
Interstellar hydrides--that is, molecules containing a single heavy element atom with one or more hy...
The first detection of the molecular ion H3+ in an extragalactic object has been made toward the hig...
Context. The molecular species hydrogen peroxide, HOOH, is likely to be a key ingredient in the oxyg...
We present a detection of three lines of the H+3 ion in the near-infrared spectrum of the Herbig Be ...
We present results from observations of diffuse interstellar clouds, with discussion of their signif...
Context. The molecular species hydrogen peroxide, HOOH, is likely to be a key ingredient in the oxyg...
1 is considered the cornerstone of interstellar chemistry because it initiates the reactions respons...
The presence of H3+ in the interstellar medium was forecast almost four decades ago. Almost three de...
Surprisingly large column densities of H3+ have been detected using infrared absorption spectroscopy...
$^{a}$B. J. McCall, T. R. Geballe, K.H. Hinkle and T. Oka Science 279, 1910 1998. $^{b}$T. R. Geball...
The H-3(+) ion plays a key role in the chemistry of dense interstellar gas clouds where stars and pl...
Molecular ions are known to be key reactive intermediates in interstellar environments, and H+3 in p...
$^{a}$Suppoorted by the Fannie and John Hertz Foundation $^{b}$T.R. Geballe and T. Oka, {Nature} 384...
Molecular ions are known to be key reactive intermediates in interstellar environments, and H3+ in p...
Context. The methylidyne radical CH is commonly used as a proxy for molecular hydrogen in the cold, ...
Interstellar hydrides--that is, molecules containing a single heavy element atom with one or more hy...
The first detection of the molecular ion H3+ in an extragalactic object has been made toward the hig...
Context. The molecular species hydrogen peroxide, HOOH, is likely to be a key ingredient in the oxyg...
We present a detection of three lines of the H+3 ion in the near-infrared spectrum of the Herbig Be ...
We present results from observations of diffuse interstellar clouds, with discussion of their signif...
Context. The molecular species hydrogen peroxide, HOOH, is likely to be a key ingredient in the oxyg...