Photoluminescence in thin films of poly(p-phenylene vinylene) derivatives is studied using a two-beam excitation technique.
Photoluminescence in thin films of poly(p-phenylene vinylene) derivatives is studied using a two-beam excitation technique.
Responsive behavior, which is intrinsic to natural systems, is becoming a key requirement for advanced artificial materials and devices, presenting a substantial scientific and engineering challeng
In this work, electrically controlled fully reversible wetting-dewetting transitions on superhydrophobic nanostructured surfaces have been demonstrated.
In this work, electrically-controlled fully-reversible wetting- dewetting transitions on superhydrophobic nanostructured surfaces have been demonstrated.
In this book the author sets as his goal the thorough exposition of an AI experiment in Explanation Based Learning in a robot environment. An explicit outline of the goal is given in the Preface.
We review the measurements of inter-modal nonlinear effects performed on a 4.7-km few-mode fiber where both inter-modal cross-phase modulation and intermodal four-wave mixing were observed.
The definition of a "technology" for high voltage and smart power integrated circuits is primarily based on identifying its three main components: isolation technique, device technology and device
Geomagnetic pulsations are of great interest in magnetospheric physics because, as low-frequency perturbations, they are the means by which information is transmitted throughout the magnetosphere.
The Machine Translation (MT) field has reason to be concerned about user evaluations of its product.
