Following the initial demonstration of field-effect conduction in small organic molecules and conjugated polymers, the community of industrial and academic research groups that are interested in using organic semiconductors as the active layer in organic field-effect transistor (OFET) devices has been growing steadily, particularly over the last four to five years. The Institute for Scientific ...

The basic structure of a reactor physics laboratory environment simulation software, developed using object modeling technique (OMT), and based on the reactor point kinetic equation, is presented. Also, various capabilities of the simulator in teaching the fundamental concepts of reactor physics are discussed. &#10 In this virtual laboratory, student can perform seven different experiments...

By the past two decades IPMCs have been intensively studied because of their special capabilities for actuation and sensing.This paper presents a theoretical physics based model for analyzing the behavior of IPMC sensors in fluid environments. The mechanical vibration of the IPMC strip is described by the classical Euler–Bernoulli beam theory. The model also takes in to account the physical pro...

This is a survey on recent progress in the understanding of some profound issues concerning the relation between onand off-shell concepts in local quantum physics. Proofs for special situations have already appeared in previous publications. This present frame build on modular localization is wide enough to cover such disparate looking issues as d=1+1 factorizing theories, holographic images of...

This research combines physics-based and constraint-based approaches for virtual assembly simulations where geometric constraints are created or deleted within the virtual environment at runtime. In addition, this research provides a solution to low clearance assembly by utilizing B-Rep data representation of complex CAD models for accurate collision/physics results. These techniques are demons...

It has been recently found that the heavy quark-antiquarkQQ̄ pair multiplicity, in certain phase space region (QQ̄ at short distance, soft and with small velocity), satisfies an evolution equation formally similar to the BFKL equation for the high energy scattering amplitude. We find the exact solution of the QQ̄-equation and discuss the differences with the BFKL scattering amplitude