Condensed matter physics

master of Science in physics at Sardar patel University. Bearing in mind my academic background, capabilities and interests, I had decided to pursue graduate studies in physics with my focus on CONDENSED MATTER PHYSICS AND MATERIAL SCIENCE. In what follows, I have briefly summed up my motivation for the graduate study, my back ground and my research interest. Right from the onset of my academic years, fascination for the physics and mathematics had promoted me to do a major in physics. I started my education

Statement of teaching accomplishments and philosophy by Shinsei Ryu Graduate supervising Current status overview Graduate students and graduate education are large parts of my research activities, and naturally I spend a lot of time and put a lot of efforts for this. Starting from small initial projects, I have been successful to make some students to get involved in real research activities. These students seem to find the projects I gave interesting, and managed to find a way to get along with

CHAPTER 2 – SILICON BASED PV CELLS 2 2.1 Doping Procedure of Silicon based PV Cells A Silicon solar PV Cell is a device which is made up of semiconductor materials that produce electricity when exposed to light energy. [1] The doping process of a Silicon based PV Cell works by the photovoltaic material converting the light energy, photons, it absorbs into electrical energy. [1] Light (Photon) Energy ------- Electrical Energy Using a doping process, a p-n junction is created in silicon as shown

The complex and interesting optical properties can be shown clearly on Nanostructured metals the collective oscillations of the conduction electrons termed plasmons lead to most striking phenomenon encountered in these structures are resonances . Plasmon modes exist in a number of geometries and in various metals — most importantly in noble metals such as gold, copper and silver. Under certain circumstances plasmons are excited by light, which leads to strong light scattering and absorption and

As a prevailing spectroscopic characterization, fourier transform infrared spectra help us to verify the existence of addition of sodium based second phase in CuO:Na+ nanoparticles . The bands of pristine CuO and pristine Na2O are located at 459, 502, 591 cm-1 and 890 cm-1, 1430 cm-1 respectively was reported by kim et. al and khufu et at. [177, 271]. As seen from figure 7, three characteristic strong peaks located at 429, 502, 591 cm-1, associated with the Cu–O vibrations of monoclinic CuO. The

1 Outline Three States of Matter Objectives: 1, Describe the properties shared by particles of all matter The properties that shared by particles in all matter are too small to see, attract each other and move constantly 2, Describe three states of matter The three state of matter is gas, liquid and solid 3, Explain the differences between the states of matter The

The morphology of pristine CuO nanoparticles are determined by TEM micrograph as shown in figure 3 (a), the exhibits stacking of small flakes broken of CuO nanostructures giving leafy profile which had agglomeration. The leaf-like flakes have small width with an average size of the flakes is 500–600nm and thickness ~20–30nm. The corresponding SAED pattern (Fig. 3b) clearly shows that the CuO flakes are polycrystalline. Similar observation has obtained by SEM results (Fig. 3c), which demonstrates

EGA108 / EG-279 ASSESSED SHEET 1 To be handed in via Blackboard by 5pm on Thurs Nov 8th. Show your workings in all cases – if you want to include hand-written workings, embed these as a scanned or photographed image. e = 1.6 x 10-19 C NA = 6.03 x 1023 me = 9.11 x 10-31 kg kB = 1.38 x 10-23 JK-1 By: darky- 712402 1 List two aspects of materials behaviour that the Drude model can explain. The Drude model can explain the Thermal Conductivity in metals and Electrical Conductivity of metals

Q12-2: What is an assemblage? This an additive sculptural process in which various and diverse element and objects are combined. Installation is an environment that are indoor. Earthwork is an environment that tare outdoors. They are similar because they help the viewer get more engaged into the sculptural, they allow you to physically enter into or explore either outdoor or indoor. They use common material into art. How are they different? Assemblage is different because it’s a process of bringing

Pickering Emulsions: Particles with a difference Pickering Emulsion is an emulsion stabilised by solid particles located on the interface between two phases. This type of emulsion was named after S.U. Pickering, who described the phenomenon in 1907, although the effect was first recognized by Walter Ramsden in 1903Pickering emulsion utilizes solid particles alone as stabilizers, which accumulate at the interface between two immiscible liquids (typically denoted as oil and water phase) and stabilize