Add to ORKGAbstract. We present a procedure to obtain electron attachment and ion-ization rates in a pulsed Townsend experiment. Temporal drift currents for electrons and ions are analyzed using electron and ion current models. Measurements are performed in a highly automated pulsed Townsend setup in CO2 to determine electron attachment and ionization rates as well as ion drift velocities of positive and negative ions for different reduced electric field strengths. 1
The knowledge of electron swarm parameters is of fundamental interest in scientific and technologica...
We present a method to measure the kinetic energy of electrons emitted upon ion impact via their tim...
Electron analysis combined with ion mass spectrometry is shown to be a unique tool to understand fra...
A swarm parameter experiment is introduced, which implements the pulsed Townsend (PT) electrical met...
A newly built Pulsed Townsend experimental setup which allows to measure both electron and ion curre...
Air-ionization chambers have been used in radiotherapy and particle therapy for decades. However, fu...
A good insulation gas comprises, among others more practical considerations, these physical properti...
Using the pulsed Townsend method the elec-tron swarm parameters have been measured for c-C4F8O in bu...
Two experimental apparatuses used to obtain electron transport coefficients in gases are compared ba...
A numerical code which calculating the spatiotemporal development of the discharge current in the To...
The knowledge of electron transport parameters is of fundamental interest in nuclear and particle ph...
O deslocamento de elétrons em gases pode ser caracterizado por grandezas macroscópicas tais como a v...
The kinetic model for the study of thermal electron attachment to molecules by the pulse sampling te...
For future development of simple miniaturized sensors based on pulsed atmospheric pressure ionizatio...
The pulsed Townsend technique has been used to measure the electron drift velocity, the density-norm...
The knowledge of electron swarm parameters is of fundamental interest in scientific and technologica...
We present a method to measure the kinetic energy of electrons emitted upon ion impact via their tim...
Electron analysis combined with ion mass spectrometry is shown to be a unique tool to understand fra...
A swarm parameter experiment is introduced, which implements the pulsed Townsend (PT) electrical met...
A newly built Pulsed Townsend experimental setup which allows to measure both electron and ion curre...
Air-ionization chambers have been used in radiotherapy and particle therapy for decades. However, fu...
A good insulation gas comprises, among others more practical considerations, these physical properti...
Using the pulsed Townsend method the elec-tron swarm parameters have been measured for c-C4F8O in bu...
Two experimental apparatuses used to obtain electron transport coefficients in gases are compared ba...
A numerical code which calculating the spatiotemporal development of the discharge current in the To...
The knowledge of electron transport parameters is of fundamental interest in nuclear and particle ph...
O deslocamento de elétrons em gases pode ser caracterizado por grandezas macroscópicas tais como a v...
The kinetic model for the study of thermal electron attachment to molecules by the pulse sampling te...
For future development of simple miniaturized sensors based on pulsed atmospheric pressure ionizatio...
The pulsed Townsend technique has been used to measure the electron drift velocity, the density-norm...
The knowledge of electron swarm parameters is of fundamental interest in scientific and technologica...
We present a method to measure the kinetic energy of electrons emitted upon ion impact via their tim...
Electron analysis combined with ion mass spectrometry is shown to be a unique tool to understand fra...