-
transport line was
built to
carry heavy ions from the heavy-ion
accelerator HILAC to the Bevatron. The
energy scale at the
level of 1–2 GeV per
nucleon attained...
- detectors, and
computer data processing. The 1972
upgrade of the
HILAC to the super
HILAC provided higher intensity ion beams,
which was
crucial to producing...
-
bombarding a
target of einsteinium-254 with calcium-48 ions at the super
HILAC accelerator at Berkeley, California: 254 99Es + 48 20Ca → 302119* → no atoms...
-
bombarding a
target of einsteinium-254 with calcium-48 ions at the super
HILAC accelerator at the
Lawrence Berkeley National Laboratory in Berkeley, California...
- with boron-10 and boron-11
nuclei from the
Heavy Ion
Linear Accelerator (
HILAC). The
nuclide 257103 was
originally reported. The team at the University...
- HAER No. CA-186-B, "University of
California Radiation Laboratory, Super
Hilac", 18 photos, 17 data pages, 2 photo
caption pages "University of California...
- from
element 106,
though this was not
confirmed at the time. In 1972, the
HILAC accelerator received equipment upgrades,
preventing the team from repeating...
-
Walton and Torbjørn Sikkeland, used the new heavy-ion
linear accelerator (
HILAC) to
bombard a
curium target (95% 244Cm and 5% 246Cm) with 13C and 12C ions...
- with boron-10 and boron-11
nuclei from the
Heavy Ion
Linear Accelerator (
HILAC). The
Berkeley team
reported that the
isotope 257103 was
detected in this...
- calcium-48 and less than a
microgram of
einsteinium was made in 1985 at the super
HILAC accelerator at Berkeley, California, but did not succeed. 254 99Es + 48...
