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Sensitivity and Optimal Design for a CCHPW System for Extremely Hot and Humid Area
, M.Sc. Thesis Sharif University of Technology ; Shafii, Mohammad Behshad (Supervisor) ; Zabihollah, Abolghasem (Supervisor)
Abstract
Considering problems related to energy, including high fuel prices, increasing demand, constraints, and environmental pollution, makes it clear that efficiency is one of the major problems in all over the world. Iran’s southern parts and those countries around Persian Gulf face serious shortage of drinking water. Moreover, on top of the other three types of energy production the need for drinking water is highly sensible. Therefore, the use of CCHPW System is the best solution in these areas. The purpose of this design is to empower the control capability of the combined systems over all factors and apply the necessary changes under different conditions. This endeavor requires a program to...
Meson Thermalizationin AdS/CFT Correspondence
, M.Sc. Thesis Sharif University of Technology ; Arfaie, Hesameddin (Supervisor) ; Ali-Akbari, Mohammad (Supervisor)
Abstract
AdS/CFT correspondence is a suitable framework for studying strongly coupled gauge theories. It corresponds a strongly coupled gauge theory to a classical gravity theory with an extra dimension. Quark-gluon plasma which is produced in accelerators is strongly coupled. We use AdS/CFT correspondence to calculate Meson thermalization time by approximating the collisions by a sudden change of baryon number chemical potential. On the gravity side, this is followed with an apparent horizon formation on probe-brane which is the signal of thermalization