‎The aim of this paper is to study the convergence of solutions of the‎ ‎following second order difference inclusion‎ ‎begin{equation*}begin{cases}exp^{-1}_{u_i}u_{i+1}+theta_i exp^{-1}_{u_i}u_{i-1} in c_iA(u_i),quad igeqslant 1\ u_0=xin M‎, ‎quad‎ ‎underset{igeqslant 0}{sup} d(u_i,x)

The PREX group reported a new skin value, rskin208(PREX2)=0.283±0.071=0.212∼0.354fm. Using the chiral (Kyushu) g-matrix folding model with proton and neutron densities determined D1S+GHFB+AMP, we thickness rskin208(exp)=0.278±0.035 fm from reaction cross sections σR(exp) of p+208Pb scattering, where D1S-GHFB+AMP denotes Gogny-D1S HFB angular momentum projection (AMP). method also yielded rskin2...

In this paper, we propose and study exp-kumaraswamy distribution. Some of its properties  are derived, including the density function, hazard rate function, quantile function, moments,  skewness  and kurtosis.   Adata set isused to illustrate an application of the proposed distribution. Also, we obtain a new distribution by transformation onexp-kumaraswamy distribution.   New distribution is an...

In our previous paper, we determined rskin208(exp)=0.278±0.035 fm from measured reaction cross sections ?R for p+208Pb scattering, using the Kyushu (chiral) g-matrix folding model with densities calculated Gogny-D1S Hartree–Fock–Bogoliubov (D1S-GHFB) angular momentum projection (AMP). The value agrees that of PREX2. Reaction are available p+48Ca whereas interaction ?I(??R) 48Ca + 12C scattering...