'Linear expansion' diaporamas de présentation

Heat of Vaporization Lab

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Heat of Vaporization Lab

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HW Answer

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Image and Video Compression (cont.)

Image and Video Compression (cont.). Wenwu Wang Centre for Vision Speech and Signal Processing Department of Electronic Engineering University of Surrey Email: w.wang@surrey.ac.uk. Subband and Wavelet Coding. Motivation.

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Team 8 ME Senior Design Danfoss Turbocor : Stator Insertion

Team 8 ME Senior Design Danfoss Turbocor : Stator Insertion. Gregory Boler Jr. Matt Desautel Ivan Dudyak Kevin Lohman. Figure 1: Compressor Housing. Overview. Danfoss Turbocor Background/Introduction Product Specification Design Approach Initial Expansion Calculations

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Chapters 13 & 14

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Thermodynamics and Statistical Mechanics

Thermodynamics and Statistical Mechanics. Equations of State. Thermodynamic quantities. Internal energy ( U ): the energy of atoms or molecules that does not give macroscopic motion. Temperature ( T ): a measure of the internal energy of a system.

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Medium-Permittivity Ceramics

Medium-Permittivity Ceramics. ??????? ? ? ?. Medium-Permittivity Ceramics. Medium-permittivity ceramics are widely used as Class ? dielectrics, and in order to be in this category they need to have low dissipation factors.

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?Lattice 2008 @ College of William and Mary

SU(2) and SU(3) chiral perturbation theory analysis of meson and baryon masses in 2+1 flavor lattice QCD. ?Lattice 2008 @ College of William and Mary Center for Computational Sciences, University of Tsukuba

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THERMODYNAMICS

THERMODYNAMICS . Day 6 of 9. Review of Temperature. A measure of th e average kinetic energy of all the particles in an object. Thermal Expansion.

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Temperature

Temperature. Physics 202 Professor Lee Carkner Lecture 10. PAL #9 Music. How much would your eardrum move from a tuning fork sound? Example: f = 256 Hz, b = 90 dB b = (10 dB) log (I/I 0 ) 10 ( b /10) = I/I 0 I = I 0 10 ( b /10) I = (10 -12 ) 10 (90/10)

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Lab Facilities and Equipments

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Warm-up 2/3/14

How much energy is needed to run a washing machine which uses 55 kg of water and heats the water from 15 ? C to 53 ? C, if the specific heat of water is 4,184 J/ kg o C ? How much will it cost if the power company charges $0.13 per kW-hr? (1 kW-hr = 3.6 x 10 6 J ). Warm-up 2/3/14 .

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Thermal Expansion

Thermal Expansion. Schaums chapter 15. Why does a solid expand as it is heated. The bonds between molecules act like tiny springs that start to vibrate faster as thermal energy ( heat) is added to them. This causes the material to expand as the molecules push and shove against each other.

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(end of section 19.1)

QUICK QUIZ 19.1.

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Linearizing ODEs of a PID Controller

Linearizing ODEs of a PID Controller. Anchored by: Rob Chockley and Scott Dombrowski. Basis for Linearization. Ordinary Differential Equation. Taylor Series Expansion. Linear Approximation. Real Life Example. For our example, we created a real world situation. In: 3 mol/s (const)

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Linear Thermal Expansion

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Selenization process Metal sputter -> annealing in selenium atmosphere

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MATERIAL SCIENCE HW4

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Boltzmann transport equation and H-theorem

Boltzmann transport equation and H-theorem. Aim of kinetic theory: find the distribution function . f or a given form of particle-particle interaction. e quilibrium distribution. Special case . e quilibrium thermodynamics. Find the equation of motion for the distribution function.

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