** Moreover, the decreasing diversity indices for the most frequently detected
MeV genotypes suggest that the number of chains of transmission is decreasing globally because of increasing population immunity.
8 and 9 explained in the next section that [[chi square].sub.min] = 3.9 is attained for f = 0.5, [M.sub.pole] = 1370 MeV/[c.sup.2] and [GAMMA] = 67
MeV, and the contribution of each channel is about 50%.
For 400
MeV proton beam, the detection system was located at position 2, resulting in significantly lower observed counts, requiring deactivation of the coincidence mode.
In this case, we have a gap in the transmission approximately for 90 < E < 110
meV (Eq.
It can be seen that the first reaction has a non-zero cross section at a threshold of 3
MeV while the threshold of the second is 5
MeV.
The peak energies of quasi-monoenergetic neutron sources were 40
MeV for 43
MeV protons, and the minimum neutron energy that could be measured with the TOF method was 7
MeV.
[W.sub.s], [W.sub.v], [W.sub.g], [W.sub.so] are the depth parameters of imaginary potential in (
MeV) taken from (RIPL- 3), as shown in table 3.
A time-dependent close-coupling method is used to calculate antiproton-impact single ionization, ionization with excitation, and double ionization cross sections for H$_2$ between 5.0 keV and 1.5
MeV. Comparisons are made with LEAR/CERN and recent AD/CERN measurements for the ionization of H$_2$ producing H$_2^{+}$ and with LEAR/CERN measurements for the ionization of H$_2$ producing H$^+$ pairs.
It has been found that gamma photon in reactor is in range of 0.10 to 10
MeV and prompt neutron energy spectrum ranges from 0.18 to 12
MeV with average neutron energy 1 to 2
MeV during uranium fission [3].
Protons are accelerated to >300
MeV in the lower corona or they get there after being accelerated in the shock front.