Subject and UNIT: Engineering Physics: Unit IV: Basic Quantum Mechanics
Schrodinger time dependent wave equation is derived from Schrodinger time independent wave equation.
Subject and UNIT: Engineering Physics: Unit IV: Basic Quantum Mechanics
Consider a wave associated with a moving particle.
Subject and UNIT: Engineering Physics: Unit IV: Basic Quantum Mechanics
Schrodinger wave equation describes the wave nature of a particle in mathematical form. It is the basic equation of motion for matter waves.
Subject and UNIT: Engineering Physics: Unit IV: Basic Quantum Mechanics
Particle nature of matter is very well established. Now it is known that matter is composed of atoms, electrons, protons and neutrons.
Definition, Statement, Explanation, Theory, Equation, Experimental verification, Physical significance, Derivation
Subject and UNIT: Engineering Physics: Unit IV: Basic Quantum Mechanics
Compton effect refers to the change in the wavelength of scattered X-rays by a material
Subject and UNIT: Engineering Physics: Unit IV: Basic Quantum Mechanics
The wave and particle duality of radiation is easily understood by knowing a difference between a wave and and a particle.
Introduction, Need
Subject and UNIT: Engineering Physics: Unit IV: Basic Quantum Mechanics
The most outstanding development in modern science is the conception of quantum mechanics.
Lasers | Engineering Physics
Subject and UNIT: Engineering Physics: Unit III: c. Lasers
PROBLEMS FOR PRACTICE : Engineering Physics: Lasers
Lasers | Engineering Physics
Subject and UNIT: Engineering Physics: Unit III: c. Lasers
‘16’ Marks Questions : Engineering Physics: Lasers
Lasers | Engineering Physics
Subject and UNIT: Engineering Physics: Unit III: c. Lasers
‘2’ Marks Q & A : Engineering Physics: Lasers
Engineering Physics
Subject and UNIT: Engineering Physics: Unit III: c. Lasers
ANNA UNIVERSITY SOLVED PROBLEMS: Engineering Physics: Lasers
Material processing, Laser welding, Soldering, Advantages, Applications
Subject and UNIT: Engineering Physics: Unit III: c. Lasers
Material processing involves cutting, welding, drilling and surface treatment.