Model-Independent Analysis of Beam Position Monitor Measurements Alexey Petrenko, BINP, Novosibirsk, Russia Turn-by-turn BPM signal after beam is kicked with a horizontal kicker Tevatron collider

Source URL: cas.web.cern.ch

• Physics
• Business process management
• Information technology management
• Normal mode
• Transverse mode
• Vibration
• Fourier
• Mechanics
• Waves

SUPPLEMENTARY INFORMATION DOI: NNANOSingle-protein nanomechanical mass spectrometry in real time M.S. Hanay1, S. Kelber†1, A.K. Naik11, D. Chi1, S. Hentz2,1, E.C. Bullard1, E. Colinet2,1, L. Duraff

Source URL: nano.caltech.edu

• Oscillators
• Electronic design
• Resonance
• Scattering
• Waves
• Allan variance
• Transverse mode
• Phase-locked loop
• Resonator
• Frequency drift
• Normal mode

4236 OPTICS LETTERS / Vol. 37, NoOctober 15, 2012 Ultralow-loss silicon ring resonators Aleksandr Biberman,1 Michael J. Shaw,2 Erman Timurdogan,1 Jeremy B. Wright,2 and Michael R. Watts1,*

Source URL: www.rle.mit.edu

• Wave mechanics
• Photonics
• Electromagnetic radiation
• Optics
• Optical ring resonators
• Waveguide
• Silicon photonics
• Transverse mode
• Resonance
• Laser
• Waveguide filter

286 JOURNAL OF PHYSICAL OCEANOGRAPHY VOLUME 36

Source URL: www.staff.science.uu.nl

• Singular value decomposition
• Normal mode
• Spectroscopy
• Atlantic multidecadal oscillation
• Eigenvalues and eigenvectors
• Zonal and meridional
• Transverse mode

Dielectric Waveguide Peter Hertel Modes Two field components

Source URL: iap.nankai.edu.cn

• Wave mechanics
• Electromagnetic radiation
• Electrodynamics
• Optics
• Electrical components
• Helmholtz equation
• Waveguide
• Transverse mode

Planar Waveguides Peter Hertel Modes TE and TM modes

Source URL: iap.nankai.edu.cn

• Wave mechanics
• Electromagnetic radiation
• Optics
• Electrodynamics
• Telecommunications engineering
• Waveguide
• Transverse mode

IK3152R-D Wavelength : 325nm Power : 15mW Transverse Mode : TEM multimode

Source URL: kimmon.businesscatalyst.com

IK3101R-D Wavelength : 325nm Power : 10mW Transverse Mode : TEM00

Source URL: kimmon.businesscatalyst.com

IK3201R-F Wavelength : 325nm Power : 20mW Transverse Mode : TEM00

Source URL: kimmon.businesscatalyst.com

IK4131I-G Wavelength : 442nm Power : 150mW Transverse Mode : TEM00

Source URL: kimmon.businesscatalyst.com