Chapter 1: The Carrier Contribution to the Elastic Constants in Heavily Doped Kane-type Materials in the Presence of Light Waves
The following sections are included:
Introduction
Theoretical Background
The CEC in the presence of light waves in HD III-V, ternary and quaternary materials
The CECs under magnetic quantization in HD Kane-type materials in the presence of light waves
The CECs under crossed-electric and quantizing magnetic fields in HD Kane-type materials in the presence of light waves
The CECs in QWs of HD Kane-type materials in the presence of light waves
The CECs in doping superlattices of HD Kane-type materials in the presence of light waves
The CEC of QDs of HD Kane-type materials in the presence of light waves
The magneto CECs in QWs of HD Kane-type materials in the presence of light waves
The CECs in accumulation and inversion layers of Kane-type materials in the presence of light waves
The CECs in NWs of HD Kane-type materials in the presence of light waves
The magneto CECs in accumulation and inversion layers of Kane-type materials in the presence of light waves
The magneto CECs in doping superlattices of HD Kane-type materials in the presence of light waves
The CECs in QWHD effective mass superlattices of Kane-type materials in the presence of light waves
The CECs in NWHD effective mass superlattices of Kane-type materials in the presence of light waves
The magneto CECs in HD effective mass superlattices of Kane-type materials in the presence of light waves
The magneto CECs in QWHD effective mass superlattices of Kane-type materials in the presence of light waves
The CECs in QWHD superlattices of Kane-type materials with graded interfaces in the presence of light waves
The CECs in NWHD superlattices of Kane-type materials with graded interfaces in the presence of light waves
The CECs in Quantum dot HD superlattices of Kane-type materials with graded interfaces in the presence of light waves
The magneto CECs in HD superlattices of Kane-type materials with graded interfaces in the presence of light waves
The magneto CEC in QWHD super lattices of Kane-type materials with graded interfaces in the presence of light waves
Few Related Applications
Introduction
Thermoelectric Power
Experimental Determinations of ΔC44 and ΔC456
Experimental determination of Debye screening length
Experimental determination of diffusivity–mobility ratio
Measurement of band gap in the presence of light waves
Diffusion coefficient of the minority carriers
Nonlinear optical response
Third-order nonlinear optical susceptibility
Generalized Raman gain
The plasma frequency
The activity coefficient
Magneto-thermal effect in quantized structures
Normalized Hall coefficient
Reflection coefficient
Heat capacity
Magnetic susceptibilities
Faraday rotation
Fowler–Nordheim field emission
Optical effective mass
Einstein’s photoemission
Righi–Leduc coefficient
Electric susceptibility
Electric susceptibility mass
Electron diffusion thermopower
Hydrostatic piezo-resistance coefficient
Relaxation time for acoustic mode scattering
Gate capacitance
Result and Discussions
Open Research Problems
References