'Same energy' presentation slideshows

Chapter III: University of Florida Radiation Short Course Lesley Hines lhines@ehs.ufl

Chapter III: University of Florida Radiation Short Course Lesley Hines lhines@ehs.ufl.edu. Radiation Protection. Radiation Protection Philosophy. ALARA A s L ow A s R easonably A chievable. Radiation Protection Principles. For External Radiation Time Distance Shielding. Time.

753 views • 48 slides

Ideal

Ideal. Reverse Breakdown: What is this?. Mechanisms that increase the reverse current much beyond the usual diffusion and/or recombination current(s).

535 views • 40 slides

Electronic configurations

Electronic configurations. Remember the rules for adding electrons. 1. Fill the orbitals in order of increasing energy. 2. When there are more than one orbital of the same energy, these orbitals are first occupied singly by electrons. 3. Each orbital can hold a maximum of two electrons.

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BROADCASTING TECHNIQUES IN AD-HOC NETWORKS

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Lecture 9: NMR Theory and Instrumentation

Lecture 9: NMR Theory and Instrumentation. Mass Spectrometry was very good at distinguishing many components of a mixture , but it was somewhat less good at telling us specifically what they were.

464 views • 33 slides

Recap: Two Slit Experiment

Recap: Two Slit Experiment. Notice that at some places there are fewer electrons arriving with both open than there were with only one!!!. An Implication. Electrons (and other objects at this scale) do not follow definite paths through space

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History of Periodic Table

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Schedule

Schedule. Lecture 1: Electronic absorption spectroscopy Jahn-Teller effect and the spectra of d 1 , d 4 , d 6 and d 9 ions. Lecture 2: Interpreting electronic spectra Interelectron repulsion and the nephelauxetic effect.

787 views • 25 slides

The crystal structure of the III-V semiconductors

The crystal structure of the III-V semiconductors. Diamond and Zincblende Lattices.

692 views • 25 slides

Evaluating STT-RAM as an Energy-Efficient Main Memory Alternative

371 views • 22 slides

Peanut Energy

Peanut Energy. By Sara Burgan 4 th Grade Mrs. Crane Science Fair Project. Step I. The Big Question Can I use the energy in a little peanut to heat up a container of water?. Step 2. Hypothesis

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CHEAPER AND CLEANER:

352 views • 21 slides

Digital Transmission through the AWGN Channel

Digital Transmission through the AWGN Channel. ECE460 Spring, 2012. Geometric Representation. Orthogonal Basis Orthogonalization (Gram-Schmidt) Pulse Amplitude Modulation Baseband Bandpass Geometric Representation 2-D Signals Baseband Bandpass

415 views • 21 slides

Drink Up!

Drink Up!. Kasady Smith. Introduction. During a sporting event, you may use Gatorade or water to keep you hydrated or to help you perform better. Does it really work? . Problem.

335 views • 19 slides

Reactions and Rates 3 Clicker Questions

Reactions and Rates 3 Clicker Questions. Activity 3 : Introduction to Equilibrium. Trish Loeblein PhET. Learning Goals. Students will be able to: Use a physical experiment to model chemical equilibrium Sketch how the number of reactants and products will change as a reaction proceeds

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Physics 2210 Lecture 23

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Electron Energy Levels

527 views • 12 slides

Lecture 1 THE ELECTRONIC STRUCTURE OF THE HYDROGEN ATOM

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