'Scattered photon' presentation slideshows

The Atomic Nucleus

The Atomic Nucleus.

714 views • 63 slides

Compton Polarimetry In Gamma-ray Astronomy

Compton Polarimetry In Gamma-ray Astronomy. Jeng-Lwen, Chiu Institute of Physics, NTHU 2006/01/12. Outline. Introduction Polarized Gamma-Ray Emission Mechanisms Potential Astronomical Sites of Polarized Gamma-Ray Emission A Review of Gamma-Ray Polarimetric Instrumentation

728 views • 56 slides

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????????????. ??? ??? 1395 ??????. ???? ??? ???? 7 ??? --------------- 5 ???? ?????? ????? ------------------------ ????? ?? 3 ???? ????? ??? ----------------------------- 15 ????. ?????. Radiobiology. ???? ?? ?? ??? ??: ??? ????? ??? ???? ?? ??????? ????

555 views • 55 slides

Interaction of Gamma-Rays - General Considerations

Interaction of Gamma-Rays - General Considerations. uncharged transfer of energy creation of fast electrons. Interaction of Gamma-Rays - Types. photoelectric Compton pair production photodisintegration. Photoelectric Effect.

665 views • 53 slides

Compton Scattering

Compton Scattering. There are three related processes Thomson scattering (classical) Photon-electron Compton scattering (QED) Photon-electron Rayleigh scattering (coherent) Photon-atom Thomson and Rayleigh scattering are elastic-only the direction of the photon changes, not its energy

1.95k views • 50 slides

Atomic Physics & Quantum Effects

Atomic Physics & Quantum Effects. AP Physics B. Blackbody radiation. A blackbody absorbs all incident light rays.

580 views • 48 slides

Atomic Physics & Quantum Effects

Atomic Physics & Quantum Effects. AP Physics B. Blackbody radiation. A blackbody absorbs all incident light rays.

551 views • 48 slides

Atomic Physics & Quantum Effects

Atomic Physics & Quantum Effects. AP Physics B. Blackbody radiation. A blackbody absorbs all incident light rays.

545 views • 48 slides

Patient Interactions

Patient Interactions. Fall 2009 FINAL. Patient Interactions. ______________ ______________ ______________ ______________ ______________. Interaction in the body begin at the atomic level _______________ _______________ _______________ _______________ _______________.

475 views • 40 slides

Patient Interactions

Patient Interactions. 2010 FINAL. Patient Interactions. ______________ ______________ ______________ ______________ ______________. Interaction in the body begin at the atomic level _______________ _______________ _______________ _______________ _______________.

474 views • 40 slides

Patient Interactions

Patient Interactions. Photoelectric Classic Coherent Scatter Compton Scattering Pair Production Photodisintegration. Interaction in The body begin at the atomic level Atoms Molecules Cells Tissues Organ structures. X-ray photons can change cells.

496 views • 39 slides

Patient Interactions

Patient Interactions. Photoelectric Classic Coherent Scatter Compton Scattering Pair Production Photodisintegration. Interaction in The body begin at the atomic level Atoms Molecules Cells Tissues Organ structures. X-ray photons can change cells.

401 views • 39 slides

RDCH 702 Lecture 7: Radiation Reactions: Dosimetry and Hot Atom Chemistry

RDCH 702 Lecture 7: Radiation Reactions: Dosimetry and Hot Atom Chemistry. Readings: Reading: Modern Nuclear Chemistry, Chap. 17; Nuclear and Radiochemistry, Chap. 6, Chap 11.C. Interaction of radiation with matter Neutron, positive ions, electrons, photons Dosimetry

488 views • 29 slides

Photons

Photons. Pair production. e-. e+. Photoelectric absorption. Delta ray. Comton-scattered photon. Bremsstrahlung. There are no analytical solutions to radiation transport except in very simple approximations. COMPTON. q 2. RAYLEIGH. vacuum. medium. e -. q 3. Photon. q 1. e -.

314 views • 29 slides

Compton Scattering

Compton Scattering. Reporter: Hui He. Outline. Theory Experimental setup Experimental results (1) Calibration (2) Angular Distribution of the 137 Cs Source (3) Total Cross Section (4) the Energy of the Scattered Photon (5) the Differential Scattering Cross Section Conclusion. Theory.

521 views • 21 slides

MATERIEWELLEN:

410 views • 17 slides

Geant4 Low Energy Polarized Processes

181 views • 17 slides

Compton Scattering Experiment

Compton Scattering Experiment. John Klumpp And Ainsley Niemkiewicz. What is Compton Scattering?. Occurs when incident photon interacts with free electron Produces scattered photon and recoil electron. What Does it Predict?.

449 views • 14 slides

Chapter 29: Particles and Waves

Chapter 29: Particles and Waves. Essential Concepts and Summary. Wave-Particle Duality. Waves can exhibit particle-like characteristics, and particles can exhibit wave-like characteristics Can be seen through a version of Young's experiment, using a beam of electrons.

103 views • 9 slides

Third lecture

Third lecture. Interactions of radiation with matter. (1)-Interaction of ? with matter:- i-T he ? particle follows a straight, short path in the material it penetrates. ii-It causes very dense ionization & excitation events along the track.

840 views • 8 slides