'Energy difference' presentation slideshows

Rare B decays

Rare B decays. Youngjoon Kwon Yonsei University. Introduction Hadronic two-body states - non-factorizable processes Radiative & EW penguins Special subject: B ? D sJ X. Overview. Physics Goals in B-factories. Establish CP violation in B decays

857 views • 72 slides

Chemical Kinetics and Equilibrium

Chemical Kinetics and Equilibrium. Reaction Rates. How fast or slow the reaction occurs. Collision Theory. 2 conditions must be satisfied for a chemical reaction to occur Particles of reactants must collide with one another; and Colliding particles must have sufficient energy.

793 views • 48 slides

Nuclear Atom and Atomic Spectra

Nuclear Atom and Atomic Spectra. Physics Montwood High School R. Casao. Line Spectra Heated materials emit light and different materials emit different kinds of light. Toaster coils glow red when in operation; match flames have a yellow color; and the flame from a gas stove is blue.

921 views • 47 slides

X-ray Microanalysis

X-ray Microanalysis. The fluorescent production of X-rays by electrons is one of the most important interactions available in the SEM because it permits chemical (atomic) identification and quantitative analysis to be performed About 60% of all SEMs are now equipped for X-ray microanalysis.

654 views • 32 slides

Voltage, Current, and Resistance

Voltage, Current, and Resistance. Electric charge. Electric charge , like mass, is also fundamental property of matter. Inside atoms found in matter, attraction between positive and negative charges holds the atoms together. Charge.

663 views • 30 slides

Lecture 4 Barometric formula and the Boltzmann equation Simple notions on Free Energy Proteins

598 views • 24 slides

Slip stacking in the SPS

Slip stacking in the SPS. T. Argyropoulos , T . Bohl , E . Shaposhnikova LIU Day 2014 11 April 2014. Outline. Motivation Slip stacking procedure in the SPS Basic beam dynamics concept Slip stacking simulations Energy consideration Initial conditions Designed RF programs

411 views • 20 slides

Topic 13.2

Topic 13.2. The d-block. d-block Elements & Tranisition Metals. TRANSITION METALS: Definitions, Characteristics, Identification Variable oxidation numbers Ligands Complexes Colours Catalytic actions & Contact, Haber processes. D-Block & Transtion Metals.

325 views • 18 slides

Rotation and vibration spectra

Rotation and vibration spectra. Rotational States. Molecular spectroscopy : We can learn about molecules by studying how molecules absorb, emit, and scatter electromagnetic radiation.

533 views • 17 slides

Revision on Collision Theory

Revision on Collision Theory. Effective collision ? Collision that result in reaction. In order to have effective collision, the collision requires:. Reactant particles possessing energy greater than or equal to the minimum energy required Proper orientations of reactant particles.

380 views • 17 slides

Fundamental Interactions Physics & Instrumentation Conclusions

Fundamental Interactions Physics & Instrumentation Conclusions. Conveners: P. Mueller, J. Clark G. Savard, N. Scielzo. Short Term.

403 views • 16 slides

Bell Ringer

273 views • 16 slides

Spectral lines

Spectral lines. Photon energy Atomic structure Spectral lines Elements in stars Masses of stars Mass-luminosity relation Reading: sections 16.5, 16.7, 6.2. Photon energy. Up to now, we have been discussing the wavelength of light as determining it color

322 views • 15 slides

Kinetic proofreading

341 views • 14 slides

14.1 Cells and Batteries

245 views • 12 slides

Chapter 4 THE STUDY OF CHEMICAL REACTIONS

245 views • 9 slides

Measuring Enthalpy Changes

Measuring Enthalpy Changes. Calorimetry. Calorimetry - the measurement of heat/ energy changes in a chemical reaction Calorimeter: insulated device used to measure the absorption or release of heat in chemical or physical processes Bomb Calorimeter: uses constant volume. Calorimeter.

384 views • 9 slides

ADV/TEC 5: Resonance

ADV/TEC 5: Resonance. Introductory mini-lecture. Resonance in physical systems. Mechanical: pendulum, Tacoma Narrows bridge Atomic transitions: frequency of photon matches the energy difference between two atomic levels

202 views • 8 slides

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449 views • 8 slides

Fission

Fission. Neutrons are like neutral protons. Mass is 1% larger No coulomb force Neutron lifetime is long, but eventually decays to a proton. l = 624 s. Neutrons can interact directly with nuclei. Strong nuclear force Neutron capture reactions usually involve gamma ray emission. Neutrons.

274 views • 7 slides