'Applied magnetic field' diaporamas de présentation

Nuclear Magnetic Resonance (NMR) Spectroscopy

Nuclear Magnetic Resonance (NMR) Spectroscopy. =>. Nuclear Spin. A nucleus with an odd atomic number or an odd mass number has a nuclear spin. Nuclei of such kinds are 1 H, 13 C, 19 F, 31 P etc. The spinning charged nucleus generates a magnetic field. External Magnetic Field.

4.21k views • 116 slides

Organic Chemistry

Organic Chemistry. William H. Brown & Christopher S. Foote. Nuclear Magnetic Resonance. Chapter 13. Molecular Spectroscopy.

1.05k views • 75 slides

Diamagnetyzm

1.01k views • 73 slides

Boundless Lecture Slides

Boundless Lecture Slides. Available on the Boundless Teaching Platform. Free to share, print, make copies and changes. Get yours at www.boundless.com. Using Boundless Presentations. Boundless Teaching Platform

1.26k views • 69 slides

Chapter 14

Chapter 14. Nuclear Magnetic Resonance Spectroscopy. 14.1. Introduction to NMR Spectroscopy. NMR spectroscopy is a powerful analytical technique used to characterize structure of organic molecules by identifying connectivity of elements in molecules.

898 views • 46 slides

Magnetic Resonance for BME 458 Francisco (Paco) Martinez

Magnetic Resonance for BME 458 Francisco (Paco) Martinez. MR Principle. Magnetic resonance is based on the absorption and emission of energy in the radio frequency range of the electromagnetic spectrum. Historical Notes.

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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.

463 views • 33 slides

NMR SPECTROSCOPY

NMR SPECTROSCOPY. NMR Console with Computer. RF Signal Generator. Decoupler ( 1 H): Amplifier Frequency Generator Transmitter: Amplifier Frequency Generator.

428 views • 30 slides

712 views • 29 slides

NMR by Abhi

NMR Spectroscopy

407 views • 24 slides

NMR by Abhi

NMR SPECTROSCOPY

406 views • 24 slides

The collective effects on focusing of intense ion beams in neutralized drift compression

The collective effects on focusing of intense ion beams in neutralized drift compression. I. D. Kaganovich, M. A. Dorf, E. A. Startsev, R. C. Davidson, A. B. Sefkow, B. C. Lyons, J. S. Pennington Princeton Plasma Physics Laboratory, USA. Outline. Short overview of collective focusing

321 views • 24 slides

Relativistic Electron Mass

Relativistic Electron Mass. James Durgin April 30, 2009 Physics 521. Overview. Physical Theory Experimental Theory Experimental Design Determining Magnetic Field Determining Electric Field Results/Uncertainty Analysis. Physical Theory.

226 views • 13 slides

Magnetic Shape Memory Alloys Chris Ziegler ENMA490 September 10, 2002

Magnetic Shape Memory Alloys Chris Ziegler ENMA490 September 10, 2002. Shape Memory Alloys -General Description of how they work -Twinning Combinatorial Approach -Cantilever Fabrication -Deposition -Rapid Analysis Magnetic Shape Memory Alloys -Similar functionality to SMA

674 views • 12 slides

Prof. Harvinder Kaur P G Govt College for Girls, Sector 11, Chandigarh

CHAPTER 10:MAGNETISM IN SOLIDS. Prof. Harvinder Kaur P G Govt College for Girls, Sector 11, Chandigarh. Outline. Types of Magnetism Langevin classical theory of Diamagnetism Langevin classical theory of Paramagnetism Quantum theory of Paramagnetism Ferromagnetism

884 views • 11 slides

DMR 0334499 Mesoscopic effects in metal grains and quantum dots Piet Brouwer (Cornell University)

G. DMR 0334499 Mesoscopic effects in metal grains and quantum dots Piet Brouwer (Cornell University). Quantum interference causes two corrections to the conductance G of a quantum dot: Weak localization correction d G to average conductance < G > at zero magnetic field,

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Individual Fe-CNT Magnetometry P. Chris Hammel, Ohio State University, DMR 0807093

Individual Fe-CNT Magnetometry P. Chris Hammel, Ohio State University, DMR 0807093. We have investigated the magnetization reversal in individual Fe-filled carbon nanotubes (Fe-CNT) using ultrasensitive cantilever magnetometry.

116 views • 2 slides

Nice, round particle

Silica-Polypeptide Composite Particles (and Worms) Paul S. Russo, Louisiana State University, DMR 1005707.

118 views • 2 slides

S pair = 0

Photodecrease. S pair = 0. S pair =-1. Photoincrease. S pair = 0. S pair =+1. Magnetism of Mixed Prussian Blue Analogs and Low Dimensional Frustated Systems Mark W. Meisel (Physics, University of Florida) DMR-0701400.

185 views • 2 slides

Nature-inspired micro-fluidic manipulation using artificial cilia

Nature-inspired micro-fluidic manipulation using artificial cilia. Philips Corporate Technologies, IMTEK, Liquids Research Ltd., University of Groningen, Politehnica University of Bucharest, University of Bath, Delft University of Technology, Eindhoven University of Technology

127 views • 1 slides