전세계 아인슈타인 - 그리고 - 반 콩 관계, 그리고 N(P)형 퇴화, 보상 및 점성 InSb(1-x)P(x)-결정 합금에서의 새로운 광학-전기-열전기 법칙, 우리의 정적 유전율 법칙, 전도성 모델, 그리고 특히 정확한 페르미 에너지 표현으로 강화됨 (37)

Key Points

• This research explores the Global Einstein and Van Cong relations within the context of viscous crystalline alloys, focusing on several physical laws.
• Investigated using a consistent physical model and mathematical treatment based on previous works.
• Analyzed optical-electrical phenomena using defined equations from existing literature.
• Performed numerical evaluations resulting in comparative data found in multiple tables.
• Demonstrated that the Globalized Einstein relation applies to varying levels of degeneracy, viscosity, and compensation.
• Provided numerical results indicating the equivalence of degeneracy-compensation-viscosity concepts in the examined crystalline alloy.
• Outlined new insights into optical and electrical interactions influenced by the static dielectric constant and accurate Fermi energy expressions.

Abstract