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Descrição do livro

Discover this guide to modern semiconductor fabrication physics and engineering with Semiconductor Deposition Process Understanding. Authored for advanced students, microelectronics researchers, and fab process integration engineers, this core textbook provides a rigorous, unified treatment of thin-film growth mechanisms, fluid transport dynamics, and plasma physics.

Structured around thirty distinct lecture topics across fifteen comprehensive chapters, the book bridges fundamental academic theory and high-volume industrial manufacturing. Readers will explore detailed quantitative modeling, worked examples, and real-world case studies spanning:


  • Vacuum Science & Chamber Dynamics: Kinetic gas theory, gas flow regimes, and high-vacuum pumping mechanics.
  • Chemical & Physical Deposition Physics: Thermal CVD, PECVD, HDP-CVD, PVD sputtering, and low-temperature ALD.
  • Epitaxy & Strain Engineering: Pseudomorphic growth, critical thickness models, and bandgap mobility enhancement.
  • Plasma Physics & Source Architectures: CCP vs. ICP systems, DC self-bias, Bohm sheath dynamics, and remote plasma damage mitigation.
  • Next-Generation 3D Integration: Atomic Layer Etching (ALE), Area-Selective Deposition (ASD), and sub-2nm 3D NAND and GAA nanosheet transport constraints.

Featuring structured learning objectives, derivation frameworks, and experiential learning exercises, this text equips readers with the analytical tools needed to master atomic-scale manufacturing.

Book Details:
  • Target Audience: Graduate Students, Semiconductor Process Engineers, Integration Specialists, and Device Physicists

Número de páginas :702
Encadernação Semiconductor Deposition Process Concepts (English Edition):Kindle