MAGNETIC CORE FOR BETATRON

[1] EFFECT OF AZIMUTHAL INHOMOGENEITIES IN THE MAGNETIC FIELD OF A BETATRON OR SYNCHROTRON [J]. PROCEEDINGS OF THE PHYSICAL SOCIETY OF LONDON, 1948, 61 (345): : 284 - 293

[2] A FLUX-FORCED FIELD-BIASED BETATRON [J]. REVIEW OF SCIENTIFIC INSTRUMENTS, 1951, 22 (03) : 176 - 182

[3] HATTORI, 1966, APPLIED PHYSICS, V35, P410

[4] CALCULATION AND CORRECTION OF FIELD INHOMOGENEITIES OF A BETATRON [J]. JAPANESE JOURNAL OF APPLIED PHYSICS, 1968, 7 (02) : 135 - &

[5] INADA, 1967, P JAPANESE I MEDICAL, V27, P671

[6] A 20-million electron-volt betatron or induction accelerator [J]. REVIEW OF SCIENTIFIC INSTRUMENTS, 1942, 13 (09) : 387 - 394

[7] MIWA, 1961, APPLIED PHYSICS, V30, P553

[8] NAKABORI, 1959, TECH REV SHIMADZU MF, V16, P135

[9] TANAKA, 1965, TECH REPORT MITSUBIS, V39, P799

[10] TORIYAMA, 1966, TECH REV SHIMADZU MF, V23, P5

[1] EFFECT OF AZIMUTHAL INHOMOGENEITIES IN THE MAGNETIC FIELD OF A BETATRON OR SYNCHROTRON [J]. PROCEEDINGS OF THE PHYSICAL SOCIETY OF LONDON, 1948, 61 (345): : 284 - 293

[2] A FLUX-FORCED FIELD-BIASED BETATRON [J]. REVIEW OF SCIENTIFIC INSTRUMENTS, 1951, 22 (03) : 176 - 182

[3] HATTORI, 1966, APPLIED PHYSICS, V35, P410

[4] CALCULATION AND CORRECTION OF FIELD INHOMOGENEITIES OF A BETATRON [J]. JAPANESE JOURNAL OF APPLIED PHYSICS, 1968, 7 (02) : 135 - &

[5] INADA, 1967, P JAPANESE I MEDICAL, V27, P671

[6] A 20-million electron-volt betatron or induction accelerator [J]. REVIEW OF SCIENTIFIC INSTRUMENTS, 1942, 13 (09) : 387 - 394

[7] MIWA, 1961, APPLIED PHYSICS, V30, P553

[8] NAKABORI, 1959, TECH REV SHIMADZU MF, V16, P135

[9] TANAKA, 1965, TECH REPORT MITSUBIS, V39, P799

[10] TORIYAMA, 1966, TECH REV SHIMADZU MF, V23, P5