223 research outputs found
Lacunary statistical cluster points of sequences
In this note we introduce the concept of a lacunary statistical cluster
(l.s.c.) point and prove some of its properties in finite dimensional
Banach spaces. We develop the method suggested by S. Pehlivan and M.A. Mamedov [20] where it was proved that under some conditions optimal paths have the same unique stationary limit point and stationary cluster point. We also show that the set of l.s.c. points is nonempty and compact
Refinements of Kantorovich type, Schwarz and Berezin number inequalities
In this article, we use Kantorovich and Kantorovich type inequalities in order to prove some new Berezin number inequalities. Also, by using a re_nement of the classical Schwarz inequality, we prove Berezin number inequalities for powers of f(A), where A is self-adjoint operator on the Hardy space H2(D) and f is a positive continuous function. Some related questions are also discussed.peerReviewe
ANKOS publisher application system and its impact on the e-resource evaluation process
The Publisher Application System (PAS) is a Web-based archiving and online evaluation system developed by the Database Evaluation Group (DEG), one of the working groups formed within the Anatolian University Libraries Consortium (ANKOS). The DEG was formed in 2008 to inquire and evaluate e-resources suited to the needs of the consortium; to follow up similar consortial activities worldwide as well as developments in connection with the scientific publishing industry; and to determine, implement, and improve pricing models in accordance with the prevailing economic, legal, and academic system. Development of the PAS was essential to ensure standardization and sustainability towards a more detailed and effective analysis of e-resources qualifying for evaluation by ANKOS. The PAS played an important part not only in establishing and defining the workflow of the DEG, but also in creating an archive of both the e-resources submitted to the consortium and the applicant publishers/agents submitting these resources. This article outlines the process that started with the foundation of the DEG through the formation of the PAS as well as the present setup of the system. It is also hoped that this case study will have a positive contribution to the processes being followed by the persons and the groups engaged in similar activities.pre-prin
ANKOS publisher application system and its impact on the e-resource evaluation process
The Publisher Application System (PAS) is a Web-based archiving and online evaluation system developed by the Database Evaluation Group (DEG), one of the working groups formed within the Anatolian University Libraries Consortium (ANKOS). The DEG was formed in 2008 to inquire and evaluate e-resources suited to the needs of the consortium; to follow up similar consortial activities worldwide as well as developments in connection with the scientific publishing industry; and to determine, implement, and improve pricing models in accordance with the prevailing economic, legal, and academic system. Development of the PAS was essential to ensure standardization and sustainability towards a more detailed and effective analysis of e-resources qualifying for evaluation by ANKOS. The PAS played an important part not only in establishing and defining the workflow of the DEG, but also in creating an archive of both the e-resources submitted to the consortium and the applicant publishers/agents submitting these resources. This article outlines the process that started with the foundation of the DEG through the formation of the PAS as well as the present setup of the system. It is also hoped that this case study will have a positive contribution to the processes being followed by the persons and the groups engaged in similar activities.pre-prin
On the lifetime of the 2+ state in 10C
The lifetime of the J=2+ state in 10C was measured using the Doppler Shift
Attenuation Method following the inverse kinematics p(10B,n)10C reaction at 95
MeV. The 2+ state, at 3354 keV, has tau = 219\pm(7)stat \pm(10)sys fs
corresponding to a B(E2) # of 8.8(3) e2fm4. This measurement,combined with that
recently determined for 10Be (9.2(3) e2fm4), provides a unique challenge to
abinitio calculations, testing the structure of these states, including the
isospin symmetry of the wave functions. Quantum Monte Carlo calculations using
realistic two- and three-nucleon Hamiltonians that reproduce the 10Be B(E2)
value generally predict a larger 10C B(E2) probability but with considerable
sensitivity to the admixture of different spatial symmetry components in the
wave functions, and to the three-nucleon potential used.Comment: Experimental and Theoretical Investigatio
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