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E2 properties of A=6--10 nuclei, including those of nuclei far fromstability, are studied by a $(0+2)\hbar\omega$ shell-model calculation whichincludes E2 core-polarization effects explicitly. The quadrupole moments andthe E2 transition strengths in A=6--10 nuclei are described quite well by thepresent calculation. This result indicates that the relatively large value ofthe quadrupole moment of $^8$B can be understood without introducing theproton-halo in $^8$B. An interesting effect of the $2\hbar\omega$core-polarization is found for effective charges used in the $0\hbar\omega$shell model; although isoscalar effective-charges are almost constant as afunction of nucleus, appreciable variations are needed for isovectoreffective-charges which play important roles in nuclei with highisospin-values.Comment: (LaTeX, 23 pages

physical review. c. nuclear physics/physical review. c, nuclear physics

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E2 properties of nuclei far from stability and the proton-halo problem ofB8