RuPAC2014 - List of Keywords (monitoring)

Paper	Title	Other Keywords	Page
WEPSB22	Conditioning and Monitoring of Cleanliness of High Voltage System with Gesous Insulation	high-voltage, experiment, vacuum	206
	K.A. Řežvykh IPPE, Kaluga Region, Russia
	Abstract An account is given of new effective technique of conditioning gaseous insulation of an electrostatic accelerator, primary purifying it from free solid microparticles. The procedure of conditioning continuities to obtaining stable breakdown voltage of high voltage accelerator about 7-8 hours (at value of accelerator tank of 9 cubic meter). Three techniques of check of cleanliness of gaseous insulation or carried out early high voltage experiment are proposed. Conditioning effect keeps after tank opening at a repeated input in tank early purified gas.

WEPSB44	Neutron Radiation Monitoring of the Therapeutic Proton Beam Transportation	neutron, radiation, proton, beam-transport	262
	V.M. Skorkin RAS/INR, Moscow, Russia
	A monitoring system online controls a therapeutic proton beam by measuring a secondary neutron radiation from the beam losses. The system consists of neutron detectors in the transport path passage from Linac to the facility of proton therapy and terminal controller connected to the computer. The neutron detectors measure a level of the secondary neutron radiation in real time along of the transport channel, near the formative elements. The system of the neutron detectors registers temporal variations of the beam intensity in local areas transport medical channel. These changes arise are due to changes in operating mode of the channels or instability of the elements forming the beam. The monitoring system allows to determine a intensity and temporal structure of the therapeutic beam and to detect mode and instability of the formative elements.

FRCB03	Accelerators Application for Radiation Processing of Foodstuffs	radiation, electron, controls, framework	470
	M.A. Zavialov RRICT, Vidnoye, Russia
	During last couple decades in Russia an interest in the electron-beam sterilization technology has been significantly renewed. The electron beam irradiation occurs at electron energies in the range from 3 up to 10 MeV with dose of 30 kGy. A special research interest is an exploring the possibility to reduce electron energy and dose characteristics upon foods irradiation.

Paper

Title

Other Keywords

Page

WEPSB22

Conditioning and Monitoring of Cleanliness of High Voltage System with Gesous Insulation

high-voltage, experiment, vacuum

206

K.A. Řežvykh
IPPE, Kaluga Region, Russia

Abstract An account is given of new effective technique of conditioning gaseous insulation of an electrostatic accelerator, primary purifying it from free solid microparticles. The procedure of conditioning continuities to obtaining stable breakdown voltage of high voltage accelerator about 7-8 hours (at value of accelerator tank of 9 cubic meter). Three techniques of check of cleanliness of gaseous insulation or carried out early high voltage experiment are proposed. Conditioning effect keeps after tank opening at a repeated input in tank early purified gas.

WEPSB44

Neutron Radiation Monitoring of the Therapeutic Proton Beam Transportation

neutron, radiation, proton, beam-transport

262

V.M. Skorkin
RAS/INR, Moscow, Russia

A monitoring system online controls a therapeutic proton beam by measuring a secondary neutron radiation from the beam losses. The system consists of neutron detectors in the transport path passage from Linac to the facility of proton therapy and terminal controller connected to the computer. The neutron detectors measure a level of the secondary neutron radiation in real time along of the transport channel, near the formative elements. The system of the neutron detectors registers temporal variations of the beam intensity in local areas transport medical channel. These changes arise are due to changes in operating mode of the channels or instability of the elements forming the beam. The monitoring system allows to determine a intensity and temporal structure of the therapeutic beam and to detect mode and instability of the formative elements.

FRCB03

Accelerators Application for Radiation Processing of Foodstuffs

radiation, electron, controls, framework

470

M.A. Zavialov
RRICT, Vidnoye, Russia

During last couple decades in Russia an interest in the electron-beam sterilization technology has been significantly renewed. The electron beam irradiation occurs at electron energies in the range from 3 up to 10 MeV with dose of 30 kGy. A special research interest is an exploring the possibility to reduce electron energy and dose characteristics upon foods irradiation.