Скачать или смотреть Lec 10 | Compton Effect | Wave Optics | Engineering Physics B.Tech 1st Year

Lec 10 | Compton Effect | Wave Optics | Engineering Physics B.Tech 1st Year

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In this lecture, we explore the Rayleigh Criterion for Resolution — a fundamental concept in Wave Optics that defines the limit at which two close objects can be distinguished as separate.

You’ll learn about the unit of resolution, resolving power, and how diffraction effects limit the performance of optical instruments like telescopes and microscopes.

In this lecture, we discuss the Compton Effect, one of the most important phenomena in Modern Physics and Wave Optics, studied in Engineering Physics for B.Tech 1st Year students.

Understand how X-rays scatter from electrons, leading to a change in wavelength — a discovery that proved the particle nature of light and supported Einstein’s photon theory.

We’ll cover the theory, derivation, experiment, and significance of the Compton Effect in detail.

📗 Topics Covered:

Introduction to Compton Effect

Experimental Setup and Observation

Derivation of Compton Shift Equation

Expression for Change in Wavelength

Photon-Electron Collision Concept

Applications and Significance of Compton Effect

Difference between Thomson and Compton Scattering

🎯 Useful For:
B.Tech / B.E. 1st Year Students | Engineering Physics | Wave Optics | Modern Physics | University Exam Preparation

📚 Related Lectures:

Lec 9: Difference Between Interference and Diffraction

Lec 8: Rayleigh’s Criterion & Limit of Resolution

Lec 7: Fraunhofer Diffraction

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🔖 Tags (comma separated):

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