e2e.aku.edu.tr
Electron Impact Group, Turkey
http://e2e.aku.edu.tr/index.html
We study collisions of electrons with atoms and molecules. You're welcome to have a look. Thanks for visiting! Prof Dr. Mevlut Dogan. Currently, we are studying electron-impact ionization of Argon and simple molecules (H 2. E,2e) coincidence technique is used in our studies. We aim to study particle impact ionization of organic, biological and atmospheric molecules using a newly developed spectrometer for cross section measurements by the support of new projects. You may think of collision experiments.
e2e.aku.edu.tr
Electron Impact Group, Turkey
http://e2e.aku.edu.tr/spect.html
Currently, we are studying electron-impact ionization of Argon and simple molecules (H 2. E,2e) coincidence technique is used in our studies. We aim to study particle impact ionization of organic, biological and atmospheric molecules using a newly developed spectrometer for cross section measurements by the support of new projects. Two Faraday Cups (big and small) are used to collect the electrons not involved in a collision and also permits the current from the electron gun to be monitored. Electrons of...
e2e.aku.edu.tr
Electron Impact Group, Turkey
http://e2e.aku.edu.tr/theory.html
Currently, we are studying electron-impact ionization of Argon and simple molecules (H 2. E,2e) coincidence technique is used in our studies. We aim to study particle impact ionization of organic, biological and atmospheric molecules using a newly developed spectrometer for cross section measurements by the support of new projects. Theory of Electron Scattering. The final test of any theory has to be by comparison with experiment. Recent experimental advances have provided an important stimulus to th...
e2e.aku.edu.tr
Electron Impact Group, Turkey
http://e2e.aku.edu.tr/why_collision.html
Currently, we are studying electron-impact ionization of Argon and simple molecules (H 2. E,2e) coincidence technique is used in our studies. We aim to study particle impact ionization of organic, biological and atmospheric molecules using a newly developed spectrometer for cross section measurements by the support of new projects. Content on this page requires a newer version of Adobe Flash Player. The animation shows simultaneous excitation-ionization of an atom. 2-Inelastic collisions: Kinetic energy ...
e2e.aku.edu.tr
Electron Impact Group, Turkey
http://e2e.aku.edu.tr/colla.html
Currently, we are studying electron-impact ionization of Argon and simple molecules (H 2. E,2e) coincidence technique is used in our studies. We aim to study particle impact ionization of organic, biological and atmospheric molecules using a newly developed spectrometer for cross section measurements by the support of new projects. Topic 1: autoionization of helium. Topic 2: electron-molecule collisions. Activity: worked on the electron electron. Papers are in preparation. Prof Theo J. M. Zouros. Activit...
e2e.aku.edu.tr
Electron Impact Group, Turkey
http://e2e.aku.edu.tr/pubs.html
Currently, we are studying electron-impact ionization of Argon and simple molecules (H 2. E,2e) coincidence technique is used in our studies. We aim to study particle impact ionization of organic, biological and atmospheric molecules using a newly developed spectrometer for cross section measurements by the support of new projects. Amami, S., Ulu, M., Ozer, Z. N., Yavuz, M., Kazgoz, S., Dogan, M., Zatsarinny, O., Bartschat K. and Madison, D. Theoretical and experim...Ozer Z.N., Olgac F., Ulu ...Yavuz M&#...
e2e.aku.edu.tr
Electron Impact Group, Turkey
http://e2e.aku.edu.tr/mdogan.html
Currently, we are studying electron-impact ionization of Argon and simple molecules (H 2. E,2e) coincidence technique is used in our studies. Prof Dr. Mevlut Dogan. Personal Website: http:/ www.mevlutdogan.com/tr/homepage.aspx. Name: Prof. Dr. Mevlut DOGAN (MSc, PhD, MInstP, CPhys). Date of birth: 1968. Marital Status: Married (three childrens). Address: University of Kocatepe, Sciences Faculty,. Department of Physics, 03200, Afyon, Turkey. Tlf : (0)272- 4440303/224-218. Advisor: Prof. Albert Crowe).
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