Add to ORKGThis is the fourth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" which appeared in Vol.11 of the Research Reports (1986), hereafter called the Main Review. Supplements I, II, and III appeared in Vol.12 (1987), Vol.13 (1988), and Vol.14 (1989), respectively. Continuing effort has been taken to collect new papers related to the title subject approximately up to July 1990. Some papers before July 1989 which have been inadvertently eluded from the Main Review and Supplements I, II, and III are added. The style closely follows those of the Main Review and Supplements I, II, and III. Photodissociation (in the UV visible excitation) of van Waals molecules has been added in a separate table
Recent developments in the investigations of photodissciation of simple molecules are reviewed. In r...
Context. VUV photons are important drivers of chemical processes in space. Thus, it is important to ...
Context. Vacuum-ultraviolet (VUV) photons are important drivers of chemical processes in space. Thus...
This is the fourth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase"...
This is the third supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the fifth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the thirteenth supplement to the review "Photodissociation of Simple Molecules in the Gas Ph...
This is the ninth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the sixth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the first supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the eighth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase"...
This is the seventh supplement to the review "Photodissociation of Simple Molecules in the Gas Phase...
This is the eleventh supplement to the review "Photodissociation of Simple Molecules in the Gas Phas...
This is the first supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the twelfth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase...
Recent developments in the investigations of photodissciation of simple molecules are reviewed. In r...
Context. VUV photons are important drivers of chemical processes in space. Thus, it is important to ...
Context. Vacuum-ultraviolet (VUV) photons are important drivers of chemical processes in space. Thus...
This is the fourth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase"...
This is the third supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the fifth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the thirteenth supplement to the review "Photodissociation of Simple Molecules in the Gas Ph...
This is the ninth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the sixth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the first supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the eighth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase"...
This is the seventh supplement to the review "Photodissociation of Simple Molecules in the Gas Phase...
This is the eleventh supplement to the review "Photodissociation of Simple Molecules in the Gas Phas...
This is the first supplement to the review "Photodissociation of Simple Molecules in the Gas Phase" ...
This is the twelfth supplement to the review "Photodissociation of Simple Molecules in the Gas Phase...
Recent developments in the investigations of photodissciation of simple molecules are reviewed. In r...
Context. VUV photons are important drivers of chemical processes in space. Thus, it is important to ...
Context. Vacuum-ultraviolet (VUV) photons are important drivers of chemical processes in space. Thus...