'Oscillation frequency' presentation slideshows

T. K. Ng, HKUST

1.05k views • 86 slides

CP Violation in B 0 s ? J/ y f

?. CP Violation in B 0 s ? J/ y f. CDF (and D0) Joe Boudreau University of Pittsburgh. V ub * V ud. V tb * V td. b. V cb * V cd. A very brief abstract of this talk first. The following topics will be developed:. V cb * V cs. CDF and D0 use B 0 s ? J/ y f to measure CKM phases. We

776 views • 70 slides

Chapter 13

Chapter 13. Periodic Motion. Special Case:. Simple Harmonic Motion (SHM). Simple Harmonic Motion (SHM). Only valid for small oscillation amplitude But SHM approximates a wide class of periodic motion, from vibrating atoms to vibrating tuning forks.

748 views • 62 slides

A 40 mV /4 uW CMOS Colpitts Oscillator with Additional Positive Feedback at 2.12 GHz

A 40 mV /4 uW CMOS Colpitts Oscillator with Additional Positive Feedback at 2.12 GHz. Rodrigo Eduardo Rottava Fernando Rangel de Sousa. Outline. Introduction Proposed Topology Analysis Design Post-layout Simulations Conclusions. Introduction.

840 views • 61 slides

Neutrino Physics

Neutrino Physics. Joe Grange UPS c/o 2006 Univ. of Florida PhD candidate. Today. What are neutrinos? Neutrino history New physics! The oscillating neutrino Modern neutrino detectors What can neutrinos tell us about our universe?. n History: .

749 views • 48 slides

Gedeon Richter Ltd Spectroscopic division

648 views • 39 slides

3-3 2th order system analysis

-. 3-3 2th order system analysis. ? . Math model position following system is a typical 2th order system ? block diag. Where ? damped ratio. w n natural oscillation frequency ? also called no damped natural oscillation frequency ?. Closed-loop characteristic equ ?

535 views • 39 slides

MICROWAVE DEVICE

1.02k views • 38 slides

EECS 170C Lecture Week 1

EECS 170C Lecture Week 1. Lowpass Filter Example. ideal op-amp. From standard circuit analysis:. Specifications:. ideal op-amp. Lowpass Filter Design. 2 equations with 3 unknowns ? not a unique solution!. Additional constraint #1:. Capacitors should be no larger than 1 pF:.

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Outline

Outline. Introduction SMART Working Group and the First Meeting Update Peak Synchrophasor Technology Roadmap Linear State Estimator (LSE) Implementation Inter Area Oscillation Monitoring (Mode Meter) Implementation Forced Oscillation Detection and Source Locating (FODSL)

225 views • 22 slides

Kingdon Trap

Kingdon Trap. Hande Akbas Kealan Naughton Alexander Fuchs-Fuchs . Kingdon Trap. Kingdon Trap with SIMION. Create a working Kingdon trap in SIMION Results - Energy range of potentially trapped particles Improvements. What is a Kingdon Trap?. One of the first ion traps

670 views • 18 slides

On the excitation mechanism of Solar 5- min & solar-like oscillations of stars

On the excitation mechanism of Solar 5- min & solar-like oscillations of stars. Licai Deng (NAOC) Darun Xiong (PMO). contents. Background Our theoretical approach The numerical models Solar 5-min, solar-like and Mira-like oscillations Main results and conclusions. Background.

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Coherent oscillations in superconducting flux qubit without microwave pulse

333 views • 16 slides

Examples of Inductors

Examples of Inductors. What are Inductors Good For?. Storing, releasing energy (like capacitor) Timing circuits (with resistor) Oscillator (with capacitor) Resonant tuning (with capacitor and resistor). Other Circuit Elements. Transistors. Diode. Which current is changing more rapidly?

1.82k views • 16 slides

Computational understanding of the neural circuit for the central pattern generator for locomotion and its control in l

Computational understanding of the neural circuit for the central pattern generator for locomotion and its control in lamprey. *Li Zhaoping, *Alex, Lewis, and $ Silvia Scarpetta *University College London $ University of Salerno . Lamprey swimming. Head oscillation leads tail

558 views • 14 slides

Experimental Study of the Inductance of a Toroidal Ferrite Core at High frequencies

Experimental Study of the Inductance of a Toroidal Ferrite Core at High frequencies. Michelle Walker North Carolina A&T State University Supervisor: Dave Wildman. Overview. FNAL Booster 468 meters in circumfrence

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Flexible Electromechanical Sensors based on Graphene Composites

Flexible Electromechanical Sensors based on Graphene Composites . S. Littlejohn, A. Nogaret , D. Pantos, S. Crampin University of Bath. +. Graphite/graphene nanoparticles. Chemical functionalization. +. =. Elastomer. Material for flexible electronics. Active composite.

286 views • 8 slides

An important model quantum system: The harmonic oscillator

An important model quantum system: The harmonic oscillator What it is: an ideal spring, V(x )=(k/2) x 2 Useful approximation for: -Vibration of a diatomic molecule -Vibrations of a polyatomic molecule of N atoms. Why are there 3N-6? -Vibrations of a crystal lattice

394 views • 8 slides