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Chapter 1: The Carrier Contribution to the Elastic Constants in Heavily Doped Kane-type Materials in the Presence of Light Waves

      https://doi.org/10.1142/9789811229473_0001Cited by:0 (Source: Crossref)
      Abstract:

      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