Publications of Institute of Radiation Physics
Involved institute: Institute of Radiation Physics
Internal type of HZDR-publication(s): Wissenschaftlich-Technischer Bericht / HZDR
Annual reports of institutes
"Online First" included
Without submitted and only approved publications
Only approved publications
|Total number to be selected: 19 Title records|
Enghardt, W.; Fahmy, K.; Grosse, E.; Kämpfer, B.; Schneidereit, C.; Wagner, A.; Wünsch, R. (Editors)
The Forschungszentrum Rossendorf (FZR) at Dresden is a multidisciplinary research center within the Wissenschafts-Gemeinschaft G. W. Leibniz (WGL), one of the German agencies for extra-university research. The center is active in investigations on the structure of matter as well as in the life sciences and in environmental research. The Institute of Nuclear and Hadron Physics (IKH) within the FZR avails for its research the coupling of radiation to matter in subatomic dimensions as well as to tissue, to cells, and to their components. Its research in the field of Subatomic Physics is part of the FZR-program Structure of Matter and its investigations concerning the interaction of Biostructures and Radiation contribute to the bf Life Science program of the FZR. In this field the IKH exploits possibilities for transfer and introduction of experimental and theoretical techniques from particle and nuclear physics to projects in radiobiology and biophysics. Much of this kind of interdisciplinary transfer is connected to the Radiation Source ELBE at the FZR. With its superconducting accelerator for relativistic electrons this large installation provides photons in the wide wavelength range from fm to mm - i.e. bremsstrahlung for the investigation of photonuclear processes, hard X-rays for radiobiological and other studies and infrared light for research on the structural dynamics of biomolecules. The investigation of radiation-induced processes not only dominates the projects in nuclear astrophysics as pursued at ELBE, it also is a central theme of the experimental and theoretical research performed by the IKH in close connection to the heavy ion synchrotron SIS and the upcoming FAIR facility at Darmstadt. ELBE also will deliver compact bunches of secondary neutrons and fission fragments; both offer new possibilities in laboratory studies related to the cosmic breeding of the chemical elements thus complementing the astrophysics-motivated studies with bremsstrahlung photons...
- Wissenschaftlich-Technische Berichte / Forschungszentrum Rossendorf; FZR-442 2006
Publ.-Id: 8551 - Permalink
Schurig, R.; Michel, P.
At ELBE, beamloss is measured in two different ways. Long ionization chambers (LIC) made from coaxial cable and having an air dielectric are used to detect beam loss at critical sites of the machine. In the second system, beam current is measured at three different locations. The sum signals from two stripline beam position monitors and the nuclear physics beam dump current are compared. A difference in current at these points indicates that portions of the electron beam are lost somewhere. Above a certain level the interlock is triggered and the beam is switched off. Both kinds of measurement are described in detail elsewhere in this annual report.
- Wissenschaftlich-Technische Berichte / Forschungszentrum Rossendorf; FZR-375 April 2003
Publ.-Id: 5674 - Permalink
Büttig, H.; Schurig, R.; Tribendis, A.
The paper gives an overview on the RF-system developed for the Superconducting Photo RF Gun at FZ-Rossendorf and a brief discussion an RF-measurements at the superconducting gun-cavity.
- Wissenschaftlich-Technische Berichte / Forschungszentrum Rossendorf; FZR-375 April 2002, 49
Publ.-Id: 5666 - Permalink
Dönau, F.; Enghardt, W.; Grosse, E.; Kämpfer, B.; Lehnert, U.; Michel, P.; Schlett, M. (Editors)
- Wissenschaftlich-Technische Berichte / Forschungszentrum Rossendorf; FZR-341 April 2002
Publ.-Id: 4862 - Permalink
Barz, H. W.; Dönau, F.; Enghardt, W.; Grosse, E.; Kämpfer, B.; Prade, H.; Schlett, M.; Wünsch, R.
- Wissenschaftlich-Technische Berichte / Forschungszentrum Rossendorf; FZR-271 September 1999
Publ.-Id: 2954 - Permalink