4 Study of Isospin Effects in Heavy-Ion Collisions at Intermediate Energies …
47
Fig. 4.2 The charge
distributions calculated for
the central collisions of 84
36 Kr
+ 197
79 Au using IQMD model
(open circles) at incident
energies between 35 and 400
MeV/nucleon in the presence
of Coulomb forces. Solid
lines represent power law fits
over intermediate mass
fragments (3≤Z f ≤12). With
kind permission (Order
Number: 501530607, dated:
Nov. 26, 2019) of The
European Physical Journal
(EPJ), the data shown in the
figure has been taken from
[12]
Fig. 4.3 Extracted values of
parameter τ (with error bars)
obtained from the power law
fits of intermediate mass
fragments (3≤Z f ≤12) as
done in Fig. 4.3 for the
central collisions of 84
36 Kr +
197
79 Au. With kind permission
(Order Number: 501530607,
dated: Nov. 26, 2019) of The
European Physical Journal
(EPJ), the data shown in the
figure has been taken from
[12]
47
Fig. 4.2 The charge
distributions calculated for
the central collisions of 84
36 Kr
+ 197
79 Au using IQMD model
(open circles) at incident
energies between 35 and 400
MeV/nucleon in the presence
of Coulomb forces. Solid
lines represent power law fits
over intermediate mass
fragments (3≤Z f ≤12). With
kind permission (Order
Number: 501530607, dated:
Nov. 26, 2019) of The
European Physical Journal
(EPJ), the data shown in the
figure has been taken from
[12]
Fig. 4.3 Extracted values of
parameter τ (with error bars)
obtained from the power law
fits of intermediate mass
fragments (3≤Z f ≤12) as
done in Fig. 4.3 for the
central collisions of 84
36 Kr +
197
79 Au. With kind permission
(Order Number: 501530607,
dated: Nov. 26, 2019) of The
European Physical Journal
(EPJ), the data shown in the
figure has been taken from
[12]