'Resonant tunneling diodes' presentation slideshows

2. Quantum theory: techniques and applications

translation. rotation. vibration. 2. Quantum theory: techniques and applications. 2.1.Translational motion 2.1.1 Particle in a box 2.1.2 Tunnelling 2.2. Vibrational motion 2.2.1 The energy levels 2.2.2 The wavefunctions 2.3. Rotational motion 2.3.1 Rotation in 2 dimensions

450 views • 32 slides

2. Quantum theory: techniques and applications

translation. rotation. vibration. 2. Quantum theory: techniques and applications. 2.1.Translational motion 2.1.1 Particle in a box 2.1.2 Tunnelling 2.2. Vibrational motion 2.2.1 The energy levels 2.2.2 The wavefunctions 2.3. Rotational motion 2.3.1 Rotation in 2 dimensions

437 views • 32 slides

2. Quantum theory: techniques and applications

translation. rotation. vibration. 2. Quantum theory: techniques and applications. 2.1.Translational motion 2.1.1 Particle in a box 2.1.2 Tunnelling 2.2. Vibrational motion 2.2.1 The energy levels 2.2.2 The wavefunctions 2.3. Rotational motion 2.3.1 Rotation in 2 dimensions

427 views • 32 slides

Modelling & Simulation of Semiconductor Devices

Modelling & Simulation of Semiconductor Devices. Lecture 7 & 8 Hierarchy of Semiconductor Models. Introduction. Nowadays, semiconductor materials are contained in almost all electronic de-vices . Some examples of semiconductor devices and their use are described in the following.

451 views • 17 slides

Resonant Tunneling Diodes

503 views • 6 slides