Elastic Constants in Heavily Doped Low Dimensional Materials

The following sections are included:

• Dedication
• Preface
• Acknowledgments
• Contents
• Symbols
• About the Authors

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

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in the presence of intense electric fields in HD III-V, ternary and quaternary materials
  • The CECs under magnetic quantization in HD Kane-type materials in the presence of intense electric field
  • The CECs in QWs in HD Kane-type materials in the presence of intense electric field
  • The CECs in NWs in HD Kane-type materials in the presence of intense electric field
  • The CECs in QDs in HD Kane-type materials in the presence of intense electric field
  • The magneto CECs in QWs of HD Kane-type materials in the presence of intense electric field
  • The CECs in accumulation and inversion layers of Kane-type materials in the presence of intense electric field
  • The magneto CECs in accumulation and inversion layers of Kane-type materials in the presence of intense electric field
  • The CECs in doping superlattices of HD Kane-type materials in the presence of intense electric field
  • The magneto CECs in doping superlattices of HD Kane-type materials in the presence of intense electric field
  • The CECs in QWHD 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 intense electric field
  • The CECs in quantum dot HD superlattices of Kane-type materials in the presence of intense electric field
  • 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 intense electric field
  • The CECs in NWHD superlattices of Kane-type materials with graded interfaces in the presence of intense electric field
  • The CECs in quantum dot HD superlattices of Kane-type materials with graded interfaces in the presence of intense electric field
  • The magneto CECs in HD superlattices of Kane-type materials with graded interfaces in the presence of intense electric field
  • The magneto CECs in QWHD superlattices of Kane-type materials with graded interfaces in the presence of intense electric field
• Result and Discussions
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in quantum wells (QWs) of HD nonlinear optical materials
  • The CECs in QWs of HD III-V materials
  • The CECs in QWs of HD II-VI materials
  • The CECs in QWs of HD IV-VI materials
  • The CECs in QWs of HD-stressed Kane-type materials
  • The CECs in QWs of HD Te
  • The CECs in QWs of HD gallium phosphide
  • The CECs in QWs of HD platinum antimonide
  • The CECs in QWs of HD bismuth telluride
  • The CECs in QWs of HD germanium
  • The CECs in QWs of HD gallium antimonide
  • The CECs in QWs of HD II-V materials
  • The CECs in QWs of HD lead germanium telluride
  • The CECs in QWs of HD zinc and cadmium diphosphides
• Results and Discussion
• Open Research Problems
• References

The following sections are included:

• Introduction
  • The CECs in NWs of HD nonlinear optical materials
  • The CECs in NWs of HD III-V materials
  • The CECs in NWs of HD II-VI materials
  • The CECs in NWs of HD IV-VI materials
  • The CECs in NWs of HD stressed Kane type materials
  • The CECs in NWs of HD Te
  • The CECs in NWs of HD gallium phosphide
  • The CECs in NWs of HD platinum antimonide
  • The CECs in NWs of HD bismuth telluride
  • The CECs in NWs of HD germanium
  • The CECs in NWs of HD galium antimonide
  • The CECs in NWs of HD II-V materials
  • The CECs in NWs of HD lead germanium telluride
  • The CECs in NWs of HD zinc and cadmium diphosphides
• Results and Discussion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in QD of HD nonlinear optical materials
  • The CECs in QD of HD III–V materials
  • The CECs in QD of HD II-VI materials
  • The CECs in QD of HD IV-VI materials
  • The CECs in QD of HD stressed Kane-type materials
  • The CECs in QD of HD Te
  • The CECs in QD of HD gallium Phosphide
  • The CECs in QD of HD platinum antimonide
  • The CECs in QD of HD bismuth telluride
  • The CECs in QD of HD germanium
  • The CECs in QD of HD gallium antimonide
  • The CECs in QD of HD II-V materials
  • The CECs in QD of HD lead germanium telluride
  • The CECs in QD of HD zinc and cadmium diphosphides
• Summary and Conclusion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in HD nonlinear optical materials under magnetic quantization
  • The CECs in HD III-V materials under magnetic quantization
  • The CECs in HD II-VI materials under magnetic quantization
  • The CECs in HD IV-VI materials under magnetic quantization
  • The CECs in HD-stressed Kane-type materials under magnetic quantization
  • The CECs in HD Te under magnetic quantization
  • The CECs in HD gallium phosphide under magnetic quantization
  • The CECs in HD platinum antimonide under magnetic quantization
  • The CECs in HD bismuth telluride under magnetic quantization
  • The CECs in HD germanium under magnetic quantization
  • The CECs in HD gallium antimonide under magnetic quantization
  • The CECs in HD II-V materials under magnetic quantization
  • The CECs in HD lead germanium telluride under magnetic quantization
• Results and Discussion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in HD nonlinear optical materials under cross-fields configuration
  • The CECs in HD Kane-type III-V materials under cross-fields configuration
  • The CECs in HD II-VI materials under cross-fields configuration
  • The CECs in HD IV-VI materials under cross-fields configuration
  • The CECs in HD-stressed Kane-type materials under cross-fields configuration
• Results and Discussion
• Open Research Problems
• References

This monograph deals with the CECs in various types of HD materials and their quantized counterparts. The external photoexcitation, quantization, and strong electric field alter profoundly the basic band structures, which, in turn, generate pinpointed knowledge regarding CECs in various HDS and their nanostructures. The in-depth experimental investigations covering the whole spectrum of solid-state and allied science, in general, are extremely important to uncover the underlying physics and the related mathematics in this particular aspect. We have formulated the simplified expressions of CECs for few HD quantized structures together with the fact that our investigations are based on the simplified k.p formalism of solid-state science without incorporating the advanced field theoretic techniques. In spite of such constraints, the roles of band structure, which generates, in turn, new concepts, are truly amazing and discussed throughout the text…

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in QWs of HD nonlinear optical materials under magneto-size quantization
  • The CECs in QWs of HD III-V materials under magneto-size quantization
  • The CECs in QWs of HD II-VI materials under magneto-size quantization
  • The CECs in QWs of HD IV-VI materials under magneto size-quantization
  • The CECs in QWs of HD-stressed Kane-type materials under magneto-size quantization
  • The CECs in QWs of HD Te under magneto-size quantization
  • The CECs in QWs of HD gallium phosphide under magneto-size quantization
  • The CECs in QWs of HD platinum antimonide under magneto-size quantization
  • The CECs in QWs of HD bismuth telluride under magneto-size quantization
  • The CECs in QWs of HD germanium under magneto-size quantization
  • The CECs in QWs of HD gallium antimonide under magneto-size quantization
  • The CECs in QWs of HD II-V materials under magneto-size quantization
  • The CECs in QWs of HD lead germanium telluride under magneto-size quantization
• Summary and Conclusion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in heavily doped ultra-thin films (HDUFs) of nonlinear optical materials under cross-fields configuration
  • The CECs’ in HDUFs of III-V materials under cross-fields configuration
  • The CECs in HDUFs of II-VI materials under cross-fields configuration
  • The CECs in HDUFs of IV-VI CECs under cross-fields configuration
  • The CECs in HDUFs of stressed materials under cross-fields configuration
• Summary and Conclusion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in doping superlattices of HD nonlinear optical semiconductors
  • The CECs in doping superlattices of HD III-V, Ternary, and quaternary materials
  • The CECs in doping superlattices of HD II-VI materials
  • The CECs in doping superlattices of HD IV-VI materials
  • The CECs in doping superlattices of HD-stressed Kane-type materials
• Results and Discussion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in doping superlattices of HD nonlinear optical materials under magnetic quantization
  • The DR in doping superlattices of HD III-V, ternary and quaternary materials under magnetic quantization
  • The CECs in doping superlattices of HD II-VI materials under magnetic quantization
  • The CECs in doping superlattices of HD IV-VI materials under magnetic quantization
  • The CECs in doping superlattices of HD stressed Kane-type materials under magnetic quantization
• Summary and Conclusion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in accumulation and inversion layers of nonlinear optical materials
  • The CECs in accumulation and inversion layers of III-V, ternary, and quaternary materials
  • The CECs in accumulation and inversion layers of II-VI materials
  • The CECs in accumulation and inversion layers of IV-VI materials
  • The CECs in accumulation and inversion layers of stressed Kane-type materials
  • The CECs in accumulation and inversion layers of germanium
• Results and Discussion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in accumulation and inversion layers of nonlinear optical materials under magnetic quantization
  • The CECs in accumulation and inversion layers of III-V materials under magnetic quantization
  • The CECs in accumulation and inversion layers of II-VI materials under magnetic quantization
  • The CECs in accumulation and inversion layers of IV-VI materials under magnetic quantization
  • The CECs in accumulation and inversion layers of stressed Kane-type materials under magnetic quantization
  • The CECs in accumulation and inversion layers of germanium under magnetic quantization
• Summary and Conclusion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in III-V quantum well HD superlattices with graded interfaces
  • The CECs in II-VI quantum well HD superlattices with graded interfaces
  • The CECs in IV-VI quantum well HD superlattices with graded interfaces
  • The CECs in HgTe/CdTe quantum well HD superlattices with graded interfaces
  • The CECs in strained layer quantum well HD superlattices with graded interfaces
  • The CECs in III-V quantum well HD effective mass superlattices
  • The CECs in II-VI quantum well HD effective mass superlattices
  • The CECs in IV-VI quantum well HD effective mass superlattices
  • The CECs in HgTe/CdT equantum well HD effective mass superlattices
  • The CECs in strained layer quantum well HD effective mass superlattices
• Summary and Conclusion
• Open Research Problem
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in III-V quantum wire HD superlattices with graded interfaces
  • The CECs in II-VI quantum wire HD superlattices with graded interfaces
  • The CECs in IV-VI quantum wire HD superlattices with graded interfaces
  • The CECs in HgTe/CdTe quantum wire HD superlattices with graded interfaces
  • The CECs in strained layer quantum wire HD superlattices with graded interfaces
  • The CECs in III-V quantum wire HD effective mass superlattices
  • The CECs in II-VI quantum wire HD effective mass superlattices
  • The CECs in IV-VI quantum wire HD effective mass superlattices
  • The CECs in HgTe/CdTe quantum wire HD effective mass superlattices
  • The CECs in strained layer quantum wire HD effective mass superlattices
• Summary and Conclusion
• Open Research Problem
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in III-V quantum dot HD superlattices with graded interfaces
  • The CECs in II-VI quantum dot HD superlattices with graded interfaces
  • The CECs in IV-VI quantum dot HD superlattices with graded interfaces
  • The CECs in HgTe/CdTe quantum dot HD superlattices with graded interfaces
  • The CECs in strained layer quantum dot HD superlattices with graded interfaces
  • The CECs in III-V quantum dot HD effective mass superlattices
  • The CECs in II-VI quantum dot HD effective mass superlattices
  • The CECs in IV-VI quantum dot HD effective mass superlattices
  • The CECs in HgTe/CdTe quantum dot HD effective mass superlattices
  • The CECs in strained layer quantum dot HD effective mass superlattices
• Summary and Conclusion
• Open Research Problem
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in III-V HD superlattices with graded interfaces under magnetic quantization
  • The CECs in II-VI HD superlattices with graded interfaces under magnetic quantization
  • The CECs in IV-VI HD superlattices with graded interfaces under magnetic quantization
  • The CECs in HgTe/CdTe HD superlattices with graded interfaces under magnetic quantization
  • The CECs in strained layer HD superlattices with graded interfaces under magnetic quantization
  • The CECs in III-V HD effective mass superlattices under magnetic quantization
  • The CECs in II-VI HD effective mass superlattices under magnetic quantization
  • The CECs in II-VI HD effective mass superlattices under magnetic quantization
  • The CECs in HgTe/CdTe HD effective mass superlattices under magnetic quantization
  • The CECs in strained layer HD effective mass superlattices under magnetic quanitization
• Summary and Conclusion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in III-V quantum well HD superlattices with graded interfaces under magnetic quantization
  • The CECs in II-VI quantum well HD superlattices with graded interfaces under magnetic quantization
  • The CECs in IV-VI quantum well HD superlattices with graded interfaces under magnetic quantization
  • The CECs in HgTe/CdTe quantum well HD superlattices with graded interfaces under magnetic quantization
  • The CECs in strained-layer quantum well HD superlattices with graded interfaces under magnetic quantization
  • The CECs in III-V quantum well HD effective mass superlattices under magnetic quantization
  • The CECs in II-VI quantum well HD effective mass superlattices under magnetic quantization
  • The CECs in IV-VI quantum well HD effective mass superlattices under magnetic quantization
  • The CECs in HgTe/CdTe quantum well HD effective mass superlattices under magnetic quantization
  • The CECs in strained-layer quantum well HD effective mass superlattices under magnetic quantization
• Summary and Conclusion
• Open Research Problems
• References

The following sections are included:

• Introduction
• Theoretical Background
  • The CECs in quantum wells of HD III-V, ternary, and quaternary materials in the presence of magnetic field
  • The CECs in nanowires of HD III-V materials in the presence of magnetic field
  • The CECs in quantum dot of HD III-V materials in the presence of magnetic field
  • The CECs in quantum wells of HD III-V materials in the presence of cross-fields
  • The CECs in nanowires of HD III-V materials in the presence of cross-fields
  • The CECs in quantum dot of HD III-V materials in the presence of cross-fields
  • The CECs in quantum wells of HD IV-VI materials in the presence of magnetic field
  • The CECs in nanowires of HD IV-VI materials in the presence of magnetic field
  • The CECs in quantum dot of HD IV-VI materials in the presence of magnetic field
  • The CECs in cylindrical quantum dot of HD III-V materials in the presence of crossed electric and magnetic fields
  • The CECs in quantum wells of HD III-V materials in the presence of arbitrarily oriented magnetic field
• Summary and Conclusion
• Open Research Problems
• References