Cairo University

MTPR Journal

 

NEW ENERGY RESOURCES START FROM THE LATEST ACHIEVEMENTS of INTERNATIONAL RESEARCH

2016-12-17
LOTFIA M. EL NADI
Physics Dept., Faculty of Science, Cairo University, Giza, EGYPT
Int. Center of Scientific & App. Research of HDSP Lasers, ICSAR National Institute of Laser Enhanced Sciences, NILES, CAIRO UNIV., Giza, EGYPT

Vol./Issue: 16 , id: 177

We plan to initiate unprecedented large experiment provided by high technological equipments that are widely used in international laboratories. The study of the interaction of high density laser fields with matter is an important rapidly expanding branch of physics since the last five years. The potential applications of this research are numerous, not only in physics, but also in new energy resources, chemistry, biology, material science, in the fast ignition approach to fusion, in accelerators, for relativistic electrons and for Nuclear effects and charged ion acceleration. Since their starting steps in 2000, high density short pulse (HDSP) lasers have been developed to generate very short pulses with typical high performance parameters. The study of the interaction of high density laser fields with matter is an important rapidly expanding branch of physics. The potential applications of this research are numerous and we shall present an approach to evaluate the economics of the Thermal Energy Production applying the High Density LASER INDUCED THERMAL ENERGY HD- LITE.