A Fuzzy Based Classification – An Experimental Analysis Sharmila, S. Leoni; Dharuman, C.; Venkatesan, P.
International journal of innovative technology and exploring engineering,
08/2019, Letnik:
8, Številka:
10
Journal Article
Odprti dostop
Soft Computing has become popular in developing systems that encloses human expertise. Imaging technologies and clinical cytology has improved in disease diagnosis. Exact detection is extremely ...important for proper treatment and cure of disease. Two soft computing technique Neural Network and Support Vector Machine are used for classification of Caridotocography data set. This paper clearly explains the advantages of hybrid technique, when Fuzzy is combined with Neural Network and Support Vector Machine it is clearly noticed that there is an increase in accuracy of classification rate.
g factor of the 12+K-isomer in 174W Rocchini, M.; Nannini, A.; Benzoni, G. ...
The European physical journal. A, Hadrons and nuclei,
2020/11, Letnik:
56, Številka:
11
Journal Article
Recenzirano
The
g
factor of the
12
+
K
-isomer in
174
W has been measured by means of the time-differential perturbed angular distribution technique as
g
(
12
+
)
=
+
0.304
(
11
)
. In addition, the half-life of ...the isomer has been remeasured as
T
1
/
2
(
12
+
)
=
124
(
8
)
ns, in agreement with the literature value and confirming the anomalous hindrance
F
of the
E
2 transition to the
10
+
level of the ground state band with respect to the
γ
-tunnelling model prediction. The measured
g
factor has been compared with estimates based on experimental
g
factors from odd-mass isotopes in the same mass region and with Nilsson model calculations. The results establish unique features of the
12
+
K
-isomer in
174
W, which can possess a non-pure intrinsic configuration and/or can be characterised by values of the intrinsic quadrupole moment
Q
0
and the rotational
g
factor
g
R
significantly different with respect to the majority of
K
-isomers at mass
A
≈
180
.
We present a detailed study of correlation- and pressure-induced electronic reconstruction in hexagonal iron monosulfide, a system which is widely found in meteorites and one of the components of ...Earth's core. Based on a perusal of experimental data, we stress the importance of multi-orbital electron-electron interactions in concert with first-principles band structure calculations for a consistent understanding of its intrinsic Mott-Hubbard insulating state. We explain the anomalous nature of pressure-induced insulator-metal-insulator transition seen in experiment, showing that it is driven by dynamical spectral weight transfer in response to changes in the crystal-field splittings under pressure. As a byproduct of this analysis, we confirm that the electronic transitions observed in pristine FeS at moderated pressures are triggered by changes in the spin state which causes orbital-selective Kondo quasiparticle electronic reconstruction at low energies.
Cross sections and corresponding momentum distributions have been measured for the first time at zero degrees for the exotic nuclei obtained from a beam of 18O at 8.5 MeV/A impinging on a 1 ...mg/cm2238U target. Sizable cross sections were found for the production of exotic species arising from the neutron transfer and proton removal from the projectile. Comparisons of experimental results with calculations based on deep-inelastic reaction models, taking into account the particle evaporation process, indicate that zero degree is a scattering angle at which the differential reaction cross section for production of exotic nuclei is at its maximum. This result is important in view of the new generation of zero degrees spectrometers under construction, such as the S3 separator at GANIL, for example.
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