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שנה"ל תש"ף

  גלאי קרינה לאנרגיות גבוהות-אנגלית-לנסיונאים
  Radiation Detects at high energies-English  
0321-4860
מדעים מדויקים | פיסיקה ואסטרונומיה
קבוצה 01
סמ'  א'1800-2000006 אוד' מלמדשיעור מר וולפגנג פרידריך לוהמן
סמ'  א'1000-1200006 אוד' מלמדשיעור
ש"ס:  2.0

סילבוס מקוצר

 

CONCEPT FOR LECTURES ABOUT RADIATION DETECTORS AT HIGH ENERGIES

Modern instrumentation used in experiments of Nuclear, Astro-particle and Particle Physics and application in Medicine and material sciences will be the subject of these lectures. The basics for detection and measurement of charged and neutral particles, electromagnetic and hadronic showers and neutrinos will be covered. Special emphasis will be devoted to examples of currently used or planned detectors. Examples of application in Medicine and Material Sciences will be presented.

Prof. Wolfgang Lohmann, BTU Cottbus and RWTH Aachen University

Lecture 1: Radioactivity, Particles and their Interactions.

Lecture 2: Luminosity and Cross Section, Fermi’s ‘Golden rule’.

Lecture 3: Acceleration Principles, Accelerators in the Laboratory

and the Universe.

Lecture 4: Basics of Detector Physics.

Lecture 5: Gaseous Detectors.

Lecture 6: Scintillators, Cerenkov Radiators and Photodetectors.

Lecture 7: Solid State Detectors.

Lecture 8: Calorimeters.

Lecture 9: Complex Detectors, Examples of currently used or planned detectors.

Lecture 10: Applications in Medicine and Material Sciences

Course description

 

CONCEPT FOR LECTURES ABOUT RADIATION DETECTORS AT HIGH ENERGIES

Modern instrumentation used in experiments of Nuclear, Astro-particle and Particle Physics and application in Medicine and material sciences will be the subject of these lectures. The basics for detection and measurement of charged and neutral particles, electromagnetic and hadronic showers and neutrinos will be covered. Special emphasis will be devoted to examples of currently used or planned detectors. Examples of application in Medicine and Material Sciences will be presented.

Prof. Wolfgang Lohmann, BTU Cottbus and RWTH Aachen University

Lecture 1: Radioactivity, Particles and their Interactions.

Lecture 2: Luminosity and Cross Section, Fermi’s ‘Golden rule’.

Lecture 3: Acceleration Principles, Accelerators in the Laboratory

and the Universe.

Lecture 4: Basics of Detector Physics.

Lecture 5: Gaseous Detectors.

Lecture 6: Scintillators, Cerenkov Radiators and Photodetectors.

Lecture 7: Solid State Detectors.

Lecture 8: Calorimeters.

Lecture 9: Complex Detectors, Examples of currently used or planned detectors.

Lecture 10: Applications in Medicine and Material Sciences

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