Title :
Study of Radiation Stability of Optical Fibers Used to Measure Megagauss Magnetic Fields and Megampere Currents in High-Power Electrophysical Facilities
Author :
Filippov, A.V. ; Konovalov, I.V. ; Markevtsev, I.M. ; Migachev, V.I. ; Moiseenko, A.N. ; Platonov, V.V. ; Repin, P.B. ; Selemir, V.D. ; Stepanov, N.V. ; Tatsenko, O.M.
Author_Institution :
Russian Federal Nucl. Center-VNIIEF, Sarov
Abstract :
Summry form only given. Investigations on determination of a transmission factor of quartz fibers at their irradiation with a high-power pulse of an ionizing radiation are carried out. Length of an x-ray pulse is ~10 ns. The measurements were carried out with several wavelengths of a sounding light radiation of 0.68 mum, 0.82 mum, 0.94 mum. Light absorption factors are determined depending on the x-ray radiation doze, the wavelength of the sounding light radiation and a composition of alloy additions. The investigations showed that the absorption factor value decreases with increase of the wavelength of the laser radiation.
Keywords :
X-ray effects; electric current measurement; light absorption; magnetic field measurement; optical fibres; quartz; X-ray pulse; high-power electrophysical facility; ionizing radiation; light absorption factors; megagauss magnetic fields; megampere currents; optical fibers; quartz fibers; radiation stability; sounding light radiation; transmission factor; wavelength 0.68 mum; wavelength 0.82 mum; wavelength 0.94 mum; Current measurement; Electromagnetic wave absorption; Ionizing radiation; Magnetic field measurement; Nuclear measurements; Optical fibers; Pulse measurements; Stability; Wavelength measurement;
Conference_Titel :
Plasma Science, 2007. ICOPS 2007. IEEE 34th International Conference on
Conference_Location :
Albuquerque, NM
Print_ISBN :
978-1-4244-0915-0
DOI :
10.1109/PPPS.2007.4345678
