a
A
“
rhs
A
.
er
‘
written venand some bibliographical notes)
7
(Probably «+!
presentation by AEC-designated person, prafernbly & physinint cr
equivalent)"*
A.
Toe nature of radioactivity and radlation
BRB.
Mase, radintion, and cnergy
CG.
Quantum and corpuscular radiation
°
e
1, Fuergy relationships, the radiation flold,
definition of roentgan
D.
Reections of radiation with matter
1.
Ionisation and energy transfer (Bibliography)
e,
Definitions, quantitative relationship"
b.
Specific ionization-~-definition and note cr
importance
c.
2.
Chemical and physical changos
|
Penetration, absorption, attention, etc. of
radiution
a.
E,
Dofinitions, quantitative relationships
3.
Induced radioactivity
4.
Svoondary radiations
The phenomenon of radioactive dacay
1.
Modes of decay
“,
Definitions of half-life, avornge Mift, dees,
constant, curie, relation betwaan mans, belt. iit,
and curie quantity
F,
""
JCAE
Neutron radiation--specia) charavteristics
Dr, G. V, Reard, Division of Biology and Moiietne, te poets
available,
2°