'Dt dx' diaporamas de présentation

Euromet 2006 Influence of impurities on the melting temperature of Aluminum

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EML 4304L Thermal Fluids Lab Thermal Conduction Experiment # 3

EML 4304L Thermal Fluids Lab Thermal Conduction Experiment # 3. Mechanical Engineering Department FAMU/FSU College of Engineering. Outline. Purpose of the lab Fundamental Equations Unit 3 and Unit 4 Analysis Unit 1 and Unit 2 Analysis Error Analysis. PURPOSE.

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The SuperCable: Dual Delivery of Chemical and Electric Power

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EML 4304L Thermal Fluids Lab Thermal Conduction Experiment # 3

EML 4304L Thermal Fluids Lab Thermal Conduction Experiment # 3. Mechanical Engineering Department FAMU/FSU College of Engineering. Outline. Purpose of the lab Testing Equipment The types of equipment setup Units 3 and 4 Units 1 and 2 Additional components Heat sinks Drain tubes

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SuperGrid Update EPRI Superconductivity Working Group 3 April 2003 Milwaukee, WI

SuperGrid Update EPRI Superconductivity Working Group 3 April 2003 Milwaukee, WI. Paul M. Grant Science Fellow SS&T pgrant@epri.com Electric Power Research Institute Palo Alto, California USA. 1967 SC Cable !. 100 GW dc, 1000 km !. Garwin-Matisoo.

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The SuperCable: Dual Delivery of Chemical and Electric Power

The SuperCable: Dual Delivery of Chemical and Electric Power. Paul M. Grant Visiting Scholar in Applied Physics, Stanford University EPRI Science Fellow ( retired )* IBM Research Staff Member Emeritus Principal, W2AGZ Technologies w2agz@pacbell.net www.w2agz.com

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Magnesium diboride wire application to high power superconducting dc cables

Magnesium diboride wire application to high power superconducting dc cables. P. M. Grant , (Electric Power Research Institute) pgrant@epri.com. R1.039: 13.30 5 March 2003. Abstract.

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Thermoregulation

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Outer Dimensions

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Intro to Classical Mechanics Zita@evergreen, 3.Oct.2002

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Refraction

Refraction. Minimize t with respect to x dt/dx=0 using dL 1 /dx=x/L 1 =sin ? 1 and dL 2 /dx=(x-d)/L 2 = -sin? 2 dt/dx=(n 1 sin ? 1 - n 2 sin ? 2 )/c = 0. Time?. n 1 sin ? 1 = n 2 sin ? 2. ? 2 = ?/2 ==> sin ? c = n 2 / n 1. Water n=1.5 Air n=1.

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Refraction

Refraction. n 1 = 1. ? 1. ? 1. ? 1. ? 2. n 2 > 1. ? 2. ? 2. Radius = vT = (c/n)T. Triangle hcg sin ? 2 = ? 2 /hc. Triangle hce sin ? 1 = ? 1 /hc. sin ? 1 /sin ? 2 = ? 1 / ? 2 = ( v 1 /f) / ( v 2 /f) = v 1 /v 2 = (c/n 1 )/(c/n 2 ) = n 2 /n 1.

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Outer Dimensions

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