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1SEMICONDUCTOR CONTROL SYSTEM FOR THE 680 MeV JINR SYNCHROCYCLOTRON.

V I Danilov, B M Marchenko, Yu V Maksimov,E I Rozanov, M P Sechenov,V I Smirnov,T N Tomilina,A V Shestov

1971引用：23

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2SEMICONDUCTOR CONTROL SYSTEM FOR THE 680 MeV JINR SYNCHROCYCLOTRON.

V.I. Danilov, B.M. Marchenko, Yu. V. Maksimov,E.I. Rozanov, M.P. Sechenov,В. І. Смирнов,T.N. Tomilina,A.V. Shestov

1971

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3Radial and Axial Betatron Oscillation Amplitude Spectra in the Dubna Synchrocyclotron

VI DANILOV,IB ENCHEVICH,EA POLFEROV,EI ROZANOV,AN SAFONOV

A method for the determination of the radial and axial betatron oscillation amplitudes of the synchrocyclotron beam particles is described. This method has made it possible to find the distribution of particles as a function of the amplitude (an oscillation spectrum). For the Dubna synchrocyclotron the values of radial and axial betatron oscillations at the full radius are 15 cm and 2 cm, respectively.

1969Nuclear instruments and methods（1969）

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4Amplitude spectra of radial and axial betatron oscillations in the JINR synchrocyclotron

V I Danilov,I B Enchevich,E A Polferov,E I Rozanov,A N Safonov

1968引用：23

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5AMPLITUDE SPECTRA OF RADIAL AND AXIAL BETATRON OSCILLATIONS IN THE JINR SYNCHROCYCLOTRON.

V.I. Danilov,I.B. Enchevich,E.A. Polferov,E.I. Rozanov, A. Safonov

1968

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6A Method for Lengthening the Beam Pulses from the 680 MeV Synchrocyclotron at JINR

VI DANILOV,BI ZAMOLODCHIKOV,EI ROZANOV,IV ENCHEVICH,EA POLFEROV,VI SMIRNOV,VG TESTOV

1966Journal of Nuclear Energy Part C Plasma Physics Accelerators Thermonuclear Research（1966）

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7Control of A 680-Mev Synchrocyclotron

VI DANILOV,ENCHEVIC.IB,EI ROZANOV,TN TOMILINA,AV SHESTOV

1966INSTRUMENTS AND EXPERIMENTAL TECHNIQUES-USSR引用：23

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8LETTER TO THE EDITORS: A method for lengthening the beam pulses from the 680 MeV synchrocyclotron at

V I Danilov,I V Enchevich,B I Zamolodchikov,E A Polferov,E I Rozanov,V I Smirnov,V G Testov

1966Journal of Nuclear Energy引用：23

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9The Increase of the Pulse Duration of Particle Beams at a 680-Mev Synchrocyclotron of the Joint Institute for Nuclear Research; UVELICHENIE DLITEL'NOSTI IMPUL'SOV PUCHKOV CHASTITS SINKHROTSIKLOTRONA OIY NA 680 Mev

V I Danilov,I B Enchevich,B I Zamolodchikov,E A Polferov,E I Rozanov,V I Smirnov,V G Testov

1965引用：23

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10Design of a System for Expanding Proton Beam in a 680 Mev Synchrocyclotron; USTROISTVO SISTEMY RASTYAZHKI PUCHKA PROTONOV SINKHROTSIKLOTRONA NA 680 Mev

V I Danilov,I B Enchevich,E I Rozanov,V I Smirnov,T N Tomilina

1965引用：23

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11Design of a System for Expanding Proton Beam in a 680 Mev Synchrocyclotron; USTROISTVO SISTEMY RASTYAZHKI PUCHKA PROTONOV SINKHROTSIKLOTRONA NA 680 Mev

V.I. Danilov,I.B. Enchevich,E.I. Rozanov,В. І. Смирнов,T.N. Tomilina

1965

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12The Increase of the Pulse Duration of Particle Beams at a 680-Mev Synchrocyclotron of the Joint Institute for Nuclear Research; UVELICHENIE DLITEL'NOSTI IMPUL'SOV PUCHKOV CHASTITS SINKHROTSIKLOTRONA OIY NA 680 Mev

V.I. Danilov,I.B. Enchevich,B.I. Zamolodchikov,E.A. Polferov,E.I. Rozanov, В. І. Смирнов, В. Г. Тестов

1965

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13DUTY CYCLE IMPROVEMENT OF PARTICLE BEAMS AT A 680 Mev JINR SYNCHROCYCLOTRON

V I Danilov,I B Enchevich,B I Zamolodchikov,E A Polferov,E I Rozanov,V I Smirnov,V G Testov

1965引用：23

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14Increasing the Pulse Length of Beams of Particles from the OIYaI Synchrocyclotron at 680 MeV

V. I. Danilov,I. B. Enchevich,B. I. Zamolodchikov,É. A. Polferov,E. I. Rozanov,V. I. Smirnov,V. G. Testov

1965Soviet Atomic Energy（1965）

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15INCREASE OF THE PROTON BEAM LEVEL IN THE 6-METER PHASOTRON OF THE JOINT INSTITUTE FOR NUCLEAR STUDIES

V.I. Danilov,I.B. Enchevich,B.I. Zamolodchikov,B.N. Marchenko,D.L. Novikov,E.A. Polferov,E.I. Rozanov,A.L. Savenkov, A. Safonov

BS>The capture of particles and their phase shift to a finite radius during the acceleration process must be taken irto consideration when analyzing the characteristics of the phasotron; the frequency and the amplitude of the accelerating voltage needed to accelerate the particles to their ultimate radius must be at their maximum. These characteristics of the phasotron of the Joint Institute for Nuclear Studies were determined during 1961/62. The proton energies were measured as functions of the orbital radius and of the potential field of the duant of the ion source and of the accelerating chamber of the phasotron. On the basis of the results obtained, it was found possible to provide simultaneously optimal conditions for both the capture and the acceleration of the proton beam to its ultimate radius without phase loss. The data indicated that the value of the accelerated proton flux at the ultimate radius was increased from 0.3 to 1.1 to 1.2 mu amp. (TTT)

1964At Energ (USSR)

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16INTERNAL BEAM CURRENT INCREASE IN THE 680 Mev SYNCHROCYCLOTRON OF THE JOIN INSTITUTE OF NUCLEAR RESEARCH

Danilov, I B V I F Enchevich,B I Zamolodchikov, D L Marchenko,D L Novikov,E A Polferov,E I Rozanov,A L V S Savenkov,A N Safonov, A V Shesmov

1964引用：23

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17In Creasing the Proton Beam Intensity in the Six-Meter Dubna Synchrocyclotron

V. I. Danilov,I. B. Enchevich,B. I. Zamolodchikov,B. N. Marchenko,D. L. Novikov,E. A. Polferov,E. I. Rozanov,A. L. Savenkov,A. N. Safonov

This article describes the results of research conducted during 1961 and 1962 on tailoring the highfrequency characteristics of the six-meter synchrocyclotron at the Dubna Joint Institute for Nuclear Research. The results obtained enabled us to simultaneously optimize capture conditions and accelerate the proton beam to the ultimate radius with virtually no phase losses. As a result, thecurrent of accelerated protons at the ultimateradins was increased from 0.8 to 1.1–1.2 μ A.

1964Soviet Atomic Energy（1964）

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18Raising the Intensity of the Proton Beam in the 6-Metre Synchrocyclotron at the Joint Institute for Nuclear Research

VI DANILOV,DL NOVIKOV,AL SAVENKOV,AN SAFONOV,ENCHEVIC.IB,EI ROZANOV,EA POLFEROV, BI ZAMOLODCHIKOV,BN MARCHENKO

Results are reported of work carried out between the years 1961-62 on the shaping of the r.f. characteristics of the 6-metre synchrocyclotron at the Joint Institute for Nuclear Research. These results have permitted optimum conditions for both capture and acceleration of the protons in the beam to be satisfied simultaneously up to the final radius with virtually no phase losses, as a result of which the current of accelerated protons at the final radius has been increased from 0.3 to 1.1-1.2 μA.

1964JOURNAL OF NUCLEAR ENERGY PART C-PLASMA PHYSICS ACCELERATORS THERMONUCLEAR RESEARCH

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19INTERNAL BEAM CURRENT INCREASE IN THE 680 Mev SYNCHROCYCLOTRON OF THE JOIN INSTITUTE OF NUCLEAR RESEARCH