Differences Between Standard Quantum Mechanics and Bohm's Quantum Mechanics

, M.Sc. Thesis Sharif University of Technology Asayesh, Omid (Author) ; Golshani, Mahdi (Supervisor)

Abstract

The purpose of introducing this thesis is to review the difference between Standard Quantum mechanics and Bohmian Quantum mechanics. The aim of this dissertation is not only to contrast these theories with respect to formulation, but also to briefly review their historical, philosophical and sociological aspects. This dissertation consists of two main sections. The first section is about reviewing the emergence profile of these theories and the formation of each theory along its historical path. In addition some beliefs about the founders of these theories and the impact of their beliefs on the evolution of their theories are put forward. As a complement to the above, the prevailing social...

Evaluating the Sadr's Theory of Induction in Solving the Problems of Induction

, M.Sc. Thesis Sharif University of Technology Aghajani, Mohammad (Author) ; Nabavi, Lotfollah (Supervisor) ; Taghavi, Mostafa (Supervisor)

Abstract

Since the beginning of philosophy in ancient Greek, making use of the partial induction has been a challenging issue. The diversity of the challenges, from the fallibility of induction to the peculiar consequences brought about by using inductive inference, has raised seemingly impassable blockages in the way of rational using of inductive inference. But philosophers who are optimistic about induction, always seek novel solutions which can overcome the existing problems of the rational utilization of induction. Mohammad Baqer Sadr is one of these philosophers who, in his book Logical Foundations of Induction, has done a delicate and creative work to overcome these barriers. In this thesis,...

Visualization and Investigation of The Influence of the Connecting Channels on Flat-Plate Pulsating Heat-Pipes’ Heat-Transfer

, M.Sc. Thesis Sharif University of Technology Ebrahimi Dehshali, Massoud (Author) ; Shafii, Mohammad Behshad (Supervisor)

Abstract

A desired circulatory flow in flat-plate pulsating heat-pipes may improve electronic thermal management. This desired flow can be achieved by fabricating connecting channels (CCs) to increase flow resistance in one direction. In addition, connecting channels may increase the freedom degree of fluid. In order to investigate the effect of CC, two aluminum flat plate thermal spreaders with overall size 320mm×220mm×5mm - one with CC (CC-FPHP) and one without it- were fabricated. Both of the speaders have square channels with crosssection 2mm×2.8mm. The FPHPs were charged with ethanol as working fluid with filling ratios of 35%, 50%, 65%, and 80% by volume. Performance of connecting-channels in...