'3 hz' presentation slideshows

EEG,ERPs, & relation to single neuronal activity.

632 views • 56 slides

EEG,ERPs, & relation to single neuronal activity.

646 views • 56 slides

Future Ancillary Service Team (FAST) and Technical Advisory Committee (TAC) Workshop #2

Future Ancillary Service Team (FAST) and Technical Advisory Committee (TAC) Workshop #2 ERCOT Staff August 25, 2014. Outline. Recap and Overview of Schedule Review How AS Requirements are Determined Review Options on When Quantities are Finalized and Provided to the Market

632 views • 45 slides

Future Ancillary Service Team (FAST) and Technical Advisory Committee (TAC) Workshop #2

Future Ancillary Service Team (FAST) and Technical Advisory Committee (TAC) Workshop #2 ERCOT Staff August 25, 2014. Outline. Recap and Overview of Schedule Review How AS Requirements are Determined Review Options on When Quantities are Finalized and Provided to the Market

584 views • 45 slides

Nuclear Magnetic Resonance

Nuclear Magnetic Resonance. Yale Chemistry 800 MHz Supercooled Magnet. B o. Atomic nuclei in the presence of a magnetic field ? spin - with the field ? spin - opposed to the field. Atomic nuclei in The absence of a magnetic field. resonance. ? spin. ? spin. resonance.

550 views • 41 slides

Earthquake Hazard Assessment in the Pacific Northwest: Site Response

Earthquake Hazard Assessment in the Pacific Northwest: Site Response. Thomas L. Pratt U. S. Geological Survey School of Oceanography University of Washington. Earthquakes are inevitable: How do we deal with their effects?. Design buildings to an appropriate level of safety

536 views • 40 slides

SPIN-SPIN SPLITTING

SPIN-SPIN SPLITTING. SPIN-SPIN SPLITTING. Often a group of hydrogens will appear as a multiplet rather than as a single peak. Multiplets are named as follows:. Singlet Quintet Doublet Septet Triplet Octet Quartet Nonet. This happens because of interaction with neighboring

1k views • 34 slides

1 H NMR

1 H NMR. Assign. Shift (ppm) A 1.29 B 1.27 C 0.89 J(A,C) = 6.9 HZ. Octane (C 8 H 18 ) 89.56 MHz (CDCl 3 ). Assign. Shift (ppm)

1.11k views • 28 slides

Electronic Warfare Digital Radar Receiver

Electronic Warfare Digital Radar Receiver. By: Peter Petrany & Michael Gahl. Advisors: Dr. Huggins, Dr. Ahn & Mr. Jim Jensen. Bradley University Peoria, IL Department of Electrical and Computer Engineering. Outline. Background/Theory Project Statement Top level Block Diagram

725 views • 25 slides

New Developments in Ambient Noise Imaging

413 views • 23 slides

Doppler

1. A car with a horn frequency of 240 Hz approaches you at 29 m/s. What frequency do you hear? (262.2 Hz). 2. A person hums at 150 Hz while driving away from you at 35 m/s. What frequency do you hear? (136.1 Hz).

340 views • 15 slides

Doppler Shift

Doppler Shift. Demo/examples: race cars, bells at RR crossing Frequency: (Key to understanding this) Higher approaching Lower receding Moving source/moving observer. Doppler Shift - moving source. Sitting Still. Moving to the right. Doppler Shift - moving source.

356 views • 15 slides

Underwater topography near Pioneer Seamount. (Graphics courtesy of PMEL/NOAA)

205 views • 13 slides

Emanuel Karantzoulis, Alessandro Fabris , Sincrotrone Trieste, Trieste, Italy.

Emanuel Karantzoulis, Alessandro Fabris , Sincrotrone Trieste, Trieste, Italy. Status of Elettra. Acknowledgments: S. Bassanese, P. Borsi, A. Carniel, S. Krecic, M. Svandrlik, R. Visintini. Overview /Pre-injector/Booster/Storage ring/Conclusions. OUTLINE New injector Pre-injector

457 views • 13 slides

All with SC receptacle, alimentation 5V, 1X9 pin for modules, PECL for modules.

All with SC receptacle, alimentation 5V, 1X9 pin for modules, PECL for modules. +0.3 Hz after 504 Gy Amplifier. +0.07 Hz after 252 Gy Amplifier.

233 views • 11 slides

Loopy Transistor Study

Loopy Transistor Study. PNP Germanium Transistors from 1401 project. From SMS card DHG (see last slide), identified as having a slow fall time. Test setup. Loopy Frequency Dependence.

222 views • 8 slides

Drawing Waves

Drawing Waves. Principles of Physics. On the axes below draw a wave that has a period of 3 s and amplitude of 4 m. On the axes below draw a wave that has a frequency of 0.5 Hz and amplitude of 3 m.

309 views • 7 slides

Zwerger Muller SN waveforms

Zwerger Muller SN waveforms. The 78 ZM waveforms differ in initial angular momentum they have (A parameter), governing degree of differential rotation initial rotational energy (B, or b = E rot /E pot ). A,B roughly govern how many bounce peaks are in the waveform, as seen on the left.

181 views • 6 slides

R4496C

3 Hz. 2 Hz. A. WT. R4496C. 100 ? m. ISO. ISO. 250 ms. 150. 100. Iso effect on [Ca 2+ ] i transient (% F/F 0 of control). 50. 0. WT. R4496C. WT. WT. R4496C. R4496C. 4 Hz. B. 120. 80. Iso effect on SR Ca 2+ load (% F/F 0 of control). 40. 0. WT. R4496C.

92 views • 1 slides

10 Hz

Demonstration test signals (Full STI) Left buttons: basic signals Right buttons: with artificial masking. 10 Hz. 10 Hz R. 3 Hz. 3 Hz R. 1 Hz. 1 Hz R. X.

120 views • 1 slides