Fragmentation of thymine in the gas phase is studied using low-energy electron impact. Positive ions have been detected using a reflectron time-of-flight mass spectrometer. Mass spectra have been measured as a function of electron impact from the ionization threshold to 400 eV, and excitation functions of most of the positively charged fragments have been extracted
Fragmentation of adenine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of uracil in the gas phase has been studied using low-energy electron impact. Positive...
We have measured mass spectra for positive ions produced by low-energy electron impact on cytosine u...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
Fragmentation of thymine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of thymine in the gas phase is studied using low-energy electron impact. Positive ions...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
We have measured mass spectra for positive ions for low-energy electron impact on thymine using a re...
We have measured mass spectra for positive ions for low-energy electron impact on thymine ...
We have measured mass spectra for positive ions for low-energy electron impact on thymine using a re...
Fragmentation of adenine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of adenine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of adenine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of uracil in the gas phase has been studied using low-energy electron impact. Positive...
We have measured mass spectra for positive ions produced by low-energy electron impact on cytosine u...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
Fragmentation of thymine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of thymine in the gas phase is studied using low-energy electron impact. Positive ions...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
The aim of the experiment described in this thesis was to generate a molecular beam of thymine and t...
We have measured mass spectra for positive ions for low-energy electron impact on thymine using a re...
We have measured mass spectra for positive ions for low-energy electron impact on thymine ...
We have measured mass spectra for positive ions for low-energy electron impact on thymine using a re...
Fragmentation of adenine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of adenine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of adenine in the gas phase is studied using low-energy electron impact. Positive ions...
Fragmentation of uracil in the gas phase has been studied using low-energy electron impact. Positive...
We have measured mass spectra for positive ions produced by low-energy electron impact on cytosine u...