'Power radiated' presentation slideshows

Green House Effect and Global Warming

Green House Effect and Global Warming. Do you believe the Earth is warming?. Yes No. If the Earth is warming, do you believe human activity has contributed to the warming?. Yes No. Do you believe there is disagreement in the scientific community about climate change/global warming?. Yes

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Electron beam dynamics in storage rings Synchrotron radiation and its effect on electron dynamics

Electron beam dynamics in storage rings Synchrotron radiation and its effect on electron dynamics. Lecture 9: Synchrotron radiation (11 Nov) Lecture 10: Radiation damping (12 Nov) Lecture 11: Radiation excitation (18 Nov) Lecture 12: Undulators and Wigglers (19 Nov). Contents. Introduction

850 views • 33 slides

Green House Effect and Global Warming

Green House Effect and Global Warming. Do you believe that the planet is warming?. Yes No. If you believe that the planet is warming, do you believe that human activity has contributed to the warming?. Yes No.

458 views • 33 slides

Syllabus and slides

Syllabus and slides. Lecture 1: Overview and history of Particle accelerators (EW) Lecture 2: Beam optics I (transverse) (EW) Lecture 3: Beam optics II (longitudinal) (EW) Lecture 4: Liouville's theorem and Emittance (RB) Lecture 5: Beam Optics and Imperfections (RB)

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COURSE SUMMARY HT 2011 E. J. N. Wilson

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Lecture 12 Examples and Problems

1.0. <h>=kT/mg. 0.8. 0.6. p(h)/p(0). 0.4. 0.2. 0.0. 0. 1. 2. 3. 4. 5. mgh/kT. Lecture 12 Examples and Problems. If we have a system that is coupled to a heat reservoir at temperature T: ? The entropy of the reservoir decreases when the small system extracts energy E n from it.

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Prof. David R. Jackson ECE Dept.

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Earth as a blackbody

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Lecture 20 Transmitting Antennas

Lecture 20 Transmitting Antennas. 6.013. ELECTROMAGNETICS AND APPLICATIONS. Luca Daniel. Outline. Review of Fundamental Electromagnetic Laws Electromagnetic Waves in Media and Interfaces Digital & Analog Communications Wireless Communications Radiation Fundamentals

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Research Question and Variables

Research Question and Variables . What is the efficiency of household solar panels? Variables. Experiment. Raw Data. P = IV I = V/R P = V 2 /R. Interpretation of Data. Power Radiated light sensor 20% distance +- 1cm I = P radiated /(4?r 2 ) P = 18.15W W/cm 2 = P generated /A

124 views • 6 slides