IEEE TRANSACTIONS ON PLASMA SCIENCE‚ VOL. 39‚ NO. 6‚ JUNE 2011 1475 Analysis of Discharge Parameters in Xenon-Filled Coaxial DBD Tube Udit Narayan Pal‚ Member‚ IEEE‚ Pooja Gulati‚ Niraj Kumar‚ Mahesh Kumar‚ M. S. Tyagi‚ B. L. Meena‚ A. K. Sharma‚ and Ram Prakash Abstract—In this paper‚ a xenon-filled coaxial dielectric barrier discharge (DBD) has been studied to understand the high-pressure nonequilibrium nonthermal plasma discharge. A quartz coaxial DBD tube (ID: 6 mm‚ OD: 12 mm) at 400-mbar
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DC Circuits: Electric Power PHY 114 Lab Report 10/09/2013 Abstract: The purpose of this experiment was to look at electric power dissipated in a load resistor in a circuit with a real power source‚ which has a finite internal resistance. We discover a surprising result about how to deliver the most power to a device from a source. Consider a simple circuit in which a battery of voltage drives a current through a resistor of resistance. As we have seen‚ the battery is continuously doing
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Basic Electronics Chapter 2 Basic Electrical Principles and the Functions of Components Figures in this course book are reproduced with the permission of the American Radio Relay League. This booklet was compiled by John P. Cross AB5OX PHYS 401 Physics of Ham Radio 25 Basic Electrical Principles • Conductors - keep loose grip on their electrons and allow electrons to move freely. Metals are usually good conductors. • Insulators - keep close hold of their electrons and do not
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(1994). [7] T. Verbiest‚ S. Houbrechts‚ M. Kauranen‚ K. Clays‚ A. Persoons‚ J. Mater. Chem. 7 (1997) 2175. [8] J.J. Wolff‚ R. Wortmann‚ Adv. Phys. Org. Chem. 32 (1999) 121. [9] L.T. Cheng‚ W. Tam‚ S.H. Stevenson‚ G.R. Meredith‚ G. Rikken‚ S.R. Marder‚ J. Phys. Chem. 95 (1991) 10631. [10] L.T. Cheng‚ W. Tam‚ S.R. Marder‚ A.E. Stiegman‚ G. Rikken‚ C.W. Spangler‚ J. Phys. Chem. 95 (1991) 10643. [11] V. Pushkana Rao‚ A.K.Y. Jen‚ J. Chandrasekhar‚ I.N. Namboothiri‚ A. Rathna‚ J. Am. Chem. Soc. 118 (1996) 12443
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CHEM (SS MAM) SST (YC SIR) BIO (AB SIR) OLYMPIAD MATHS (RJ SIR) PHY (BJ SIR) BIO (NK MAM) MATHS (PJ MAM) SOCIAL SCIENCE PEARL TUESDAY 19.11.2013 BIO (AB SIR) NTSE MAJOR TEST SERIES JENITH PAPER – 7 (MAT + ENGLISH) & SAT (TIME : 4.00 PM TO 7.00 PM) OLYMPIAD CHEM (IA MAM) PHY (BJ SIR) CHEM (SS MAM) APEX MATHS (PJ MAM) PHY (G2 SIR) PEARL SOCIAL SCIENCE PHY (G2 SIR) MAT (PJ MAM) JENITH MAT (PJ MAM) BIO (AB SIR) SOCIAL
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Current Balance PHY 114 10/29/2013 Abstract: The purpose of this experiment was to understand the current balance‚ current balance is an apparatus that allows measurement of the small force between two current carrying conductors. It consists of two parallel horizontal bars‚ which are connected in series. The current flows in opposite directions in the two conductors so there is a repulsive force between them‚ by Newton’s third law there are equal and opposite forces on both wires. In the
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PHY 114: General Physics Laboratory Lab 1: Absorption of Nuclear Radiation 09/04/13 Abstract Nuclear physics was practiced to find the value of tau. After 8 trials of using a G-M counter and 8 different mass thicknesses of polyethylene‚ a graph was formed and tau was calculated to be 0.1931 cm^2/g‚ an error of 3.57% from the accepted value of 0.2 cm^2/g. Experiment was also used as an intro to using basic lab equipment‚ computer programs and calculating errors. With many different
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Physics of a Light Bulb Catherine Bellet Lab Partners: Natalie Russell Alex Harris TA: Chad Lunceford PHY 114 TH @ 2:25pm Abstract: Ohm’s law states‚ via the equation V=I*R‚ that the voltage found across a piece of material is proportional to the current. If the temperature remains constant therefore the resistance is found to remain constant. Stefan-Boltzmann law states that when the temperature if above an average of 1000K‚ then the relationship of voltage and current should be found
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Magnetic field screening and mirroring in graphene Mikito Koshino‚ Yasunori Arimura‚ and Tsuneya Ando arXiv:0903.1690v2 [cond-mat.mes-hall] 17 Jun 2009 Department of Physics‚ Tokyo Institute of Technology‚ Tokyo 152-8551‚ Japan (Dated: June 17‚ 2009) The orbital magnetism in spatially varying magnetic fields is studied in monolayer graphene within the effective mass approximation. We find that‚ unlike the conventional two-dimensional electron system‚ graphene with small Fermi wave number kF
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