'300 hz' presentation slideshows

COM 360

2.13k views • 195 slides

Compton for ILC

Compton for ILC. LCWS2012, UT at Arlington, USA T. Omori (KEK). Introduction. Polarized e+ by laser Compton Scheme. Ee~1GeV for 10MeV gammas. easy to control polarization independent source. Toward the positron sources (1) Design Study : upgrade from 300 Hz Conventional

812 views • 67 slides

Overview of 300 Hz Conventional e + Source for ILC

Overview of 300 Hz Conventional e + Source for ILC. T. Omori (KEK) 29- May-2013 ECFA LC Workshop at DESY. Truly Conventional Collaboration ANL, IHEP, Hiroshima U, U of Tokyo, KEK, DESY, U of Hamburg Wei Gai , Jie Gao , Shin- ichi Kawada, Wanming Liu, Natsuki Okuda,

717 views • 57 slides

Truly Conventional e + Source for ILC

T. Omori (KEK) 25-Oct-2011 Baseline Technical Review at DESY. Truly Conventional e + Source for ILC. Truly Conventional Collaboration ANL, IHEP, Hiroshima U, U of Tokyo, KEK, DESY, U of Hamburg Wei Gai , Jie Gao , Shin- ichi Kawada, Wanming Liu, Natsuki Okuda,

614 views • 49 slides

Capture Simulation for ILC Electron -Driven Positron Source

442 views • 33 slides

Part II of Summary for WG D/C

554 views • 32 slides

The Electromagnetic Spectrum

513 views • 25 slides

kevin.m.mcpherson@nasa thomas.h.stonge@nasa

NASA Glenn Research Center (GRC) Acceleration Measurement and Analysis Projects Over a Decade of Support for the International Space Station. kevin.m.mcpherson@nasa.gov thomas.h.stonge@nasa.gov. Outline. Capabilities and Services Science Support and Customers

1.58k views • 20 slides

Physiological and Physical Principles of the Human Hearing

Physiological and Physical Principles of the Human Hearing. Ossicles: Malleus Incus Stapes. Pinna. Labyrinth. Acoustical Nerve. Oval Window. Cochlea. Ear drum. Middle Ear. Oval Window. Eustacian Tube. Outer Ear. Middle Ear. Inner Ear. The Human Ear.

165 views • 16 slides

300 Hz e + Generation for ILC MM with advanced conventional e + sources

300 Hz e + Generation for ILC MM with advanced conventional e + sources. T. Omori (KEK) 17-Nov-2008, GDE meeting, Chicago. Many thanks to Chehab-san, Logachev-san,Urakawa-san, Kuriki-san, Takahashi-san, Kamitani-san, Louis-san. Generate e + s in 40 m sec.

254 views • 15 slides

Selected slides from lectures of February 5 and February 7

Selected slides from lectures of February 5 and February 7. Superposition of sounds. 2/5/2002. Beats. two tones of nearly the same frequency - beats . Beat frequency = f 1 - f 2. + - + - + - + - + - + - + - + - + - + -.

218 views • 13 slides

Looking ahead at the LHC P erimeter Institute Aug 12, 2012

Looking ahead at the LHC P erimeter Institute Aug 12, 2012. Joe Incandela UC Santa Barbara/CERN. Acknowledgements. Many thanks to P.I. Director Neil Turok for his support for this meeting Stephanie Mohl for amazing logistics support

190 views • 11 slides

Req. 3: Introduction to the Electromagnetic Spectrum

Req. 3: Introduction to the Electromagnetic Spectrum. Frequency. 1 cycle per second or 1 Hertz. Electromagnetic Spectrum. =. =. 9 Hertz. 1 second. 1. 2. 3. 4. 5. 6. Req. 3: Introduction to the Electromagnetic Spectrum. Wavelength. Longer wavelengths Lower frequencies. 1.

91 views • 9 slides

Req. 3: Introduction to the Electromagnetic Spectrum

Req. 3: Introduction to the Electromagnetic Spectrum. Frequency. 1 cycle per second or 1 Hertz. Electromagnetic Spectrum. =. =. 9 Hertz. 1 second. 1. 2. 3. 4. 5. 6. Req. 3: Introduction to the Electromagnetic Spectrum. Wavelength. Longer wavelengths Lower frequencies. 1.

94 views • 9 slides