The Development of High-Voltage field Subnanosecond Field-Forming System Based on TEM-cell with Splitted Potential Electrode

Student: Shamilev Ramzan

Faculty: HSE Tikhonov Moscow Institute of Electronics and Mathematics (MIEM HSE)

Educational Programme: Measuring Technologies of Nanoindustry (Master)

Final Grade: 9

Year of Graduation: 2016

Abstract Field-forming system to produce standard pulses of high intensity electric and magnetic fields in subnanosecond range was considered. There high-voltage system based on TEM-cell with splitted central electrode was proposed. Claims to technical and metrological characteristics was postulated. Specified geometry parameters of cell were chosen as a result of electrodynamic modelling. Experimental study of metrological characteristics was made. The electric and magnetic pulses realisation range was expanded up to 300 V/m (800 A/m) with pulse rise time no more 100 ps. Uncertainty analysis shown that expanded uncertainty of units realisation is 5.7 %. Developed system can be used as a secondary standard of pulse electric and magnetic field strengths units.

Full text (added April 28, 2016)

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