Wilkes University

About: Wilkes University is a education organization based out in Wilkes-Barre, Pennsylvania, United States. It is known for research contribution in the topics: Population & Pharmacy. The organization has 616 authors who have published 1032 publications receiving 21050 citations. The organization is also known as: Wilkes & Wilkes College.

Launching Emerging Technologies to Create New Markets

Abstract: Examines potential industrial buyers of a product based on emerging technology, PACS (picture archiving and communication system), a new image management system which stores and retrieves digitized radiology images. Using multiple case sites of buyers, identifies buyer characteristics which may contribute strategic advantages to pioneer supplier firms during the early stages of commercialization and early formation of buyer‐seller relationships. Identifies four pre‐conditions of high‐potential buyers in this emerging industry and proposes additional concepts to understand and manage the formation of buyer‐seller relationships early in the commercialization of a technological innovation.

The role of ballistic mobility and saturation velocity in performance evaluation of a nano-CMOS circuit

Abstract: The mobility and saturation velocity are the two important parameters that control the charge transport in a channel. The mobility is ballistic as channel length is scaled down to length smaller than the mean free path of carriers in the channel. It is found that the ballistic saturation velocity does not sensitively depend upon low-field mobility or scattering interactions. In an infinite electric field and in the absence of quantum emission, the saturation velocity is limited to the thermal velocity in the nondegenerate realm and Fermi velocity in the degenerate realm. It may be lowered by the emission of a quantum. However, the drain electric field is always finite and hence the drain velocity is always smaller than the saturation velocity at the onset of quasi current saturation. Expressions for voltage VDsat and current IDsat at the onset of current saturation transform dramatically in a nanoscale circuit. The modeling applied to 80-nm and 45-nm CMOS processes give exceedingly good comparison to the experimental data.

Ab initio excitation spectrum of the CO–Ar van der Waals molecule

Abstract: In the present contribution, we performed ab initio calculations at the CCSD(T) level of theory in the framework of the supermolecule approach on the weakly bound CO–Ar van der Waals (vdW) complex in its “near T-shaped” most-stable ground state structure. The corresponding vertical excitation energies from the ground CO(X 1 Σ)–Ar( 1 S) to the excited CO(A 1 Π)–Ar( 1 S) and CO(A 3 Π)–Ar( 1 S) states are calculated as a guideline for future theoretical and experimental work.