PHYSICS DIVISION PROGRESS REPORT, JULY 1--SEPTEMBER 30, 1969.

Technical Report · Sat Oct 31 04:00:00 EST 1970

OSTI ID:4135993

• Research Organization: Atomic Energy of Canada Ltd., Chalk River (Ontario). Chalk River Nuclear Labs.
• NSA Number: NSA-24-028726
• OSTI ID: 4135993
• Report Number(s): AECL--3512; PR-P--83
• Country of Publication: Canada
• Language: English

Related Subjects

BERYLLIUM 7-- CAPTURE-- CHROMIUM 51-- DECAY-- ELECTRONS-- HALF-LIFE
BERYLLIUM ISOTOPES Be-7/electron-capture decay of
half-life for
(E)
BETA DECAY-- HALF-LIFE-- NIOBIUM 95
CALCIUM 42-- CHLORINE 37-- ENERGY LEVELS-- GERMANIUM 68-- GERMANIUM 69-- LIFETIME-- NEON 20-- PARITY-- RHODIUM 103-- SCANDIUM 42-- SPIN-- TITANIUM 46-- TITANIUM 50-- TRANSIENTS
CALCIUM ISOTOPES Ca-42/energy levels from potassium-39 ($alpha$
p) reactions
lifetimes of
(E)
CHROMIUM ISOTOPES Cr-51/electron-capture decay of
half-life for
(E)
GERMANIUM ISOTOPES Ge- 68/energy levels from germanium-70 (p
t) reactions
spin-parity assignments for
(E)
GERMANIUM ISOTOPES Ge-69/energy levels from germanium-70 (p
d) reactions
spin-parity assignments for
(E)
N36320 --Physics (Nuclear)--Nuclear Properties & Reactions
6 <= A <= 19--Radioactive Decay
N36420 --Physics (Nuclear)--Nuclear Properties & Reactions
20 <= A <= 89--Radioactive Decay
N36430* --Physics (Nuclear)--Nuclear Properties & Reactions
20 <= A <= 89--Energy Levels & Transitions
N36520 --Physics (Nuclear)--Nuclear Properties & Reactions
A >= 90--Radioactive Decay
N36530 --Physics (Nuclear)--Nuclear Properties & Reactions
A >= 90--Energy Levels & Transitions
NEON ISOTOPES Ne-20/energy levels from helium-4 (O-16
$gamma$) reactions
widths for
(E)
NIOBIUM ISOTOPES Nb-95/beta decay of
half-life for
(E)
RHODIUM ISOTOPES Rh-103/ energy levels from chlorine-35 Coulomb excitation
spin-parity assignment for
(E)
SCANDIUM ISOTOPES Sc-42/energy level at 611 keV from potassium-39 ($alpha$
n) reactions
lifetime of
(E)
TITANIUM ISOTOPES Ti-46/energy levels from Coulomb excitats and transition prob
TITANIUM ISOTOPES Ti-50/ energy levels from Coulomb excitats and transition probabilities for
(E)