Covering topics in solid state materials properties, processing, and applications, Critical Reviews in Solid State and Materials Sciences brings you the latest and most important new developments and understandings. New and emerging theoretical and experimental topics are emphasized in the disciplines of condensed matter physics, physical chemistry, materials, and electrical, chemical and mechanical engineering. Cross-disciplinary engineering and science specialties are also included.The reviews provide a critical assessment of the state-of-the-art for both experimental and theoretical studies.Topics Include:Advanced processing techniques for new materialsAnalysis of solid composition, bonding, structure, and topographyDeposition techniques to form the solid state and epitaxial layersDiffusion and defects in the solid stateElectrical, optical, magnetic, and thermal properties of new organic and inorganic materialsExperimental techniques for characterization of materials and materials propertiesInterfaces in the solid stateMechanical properties of low dimensional solidsNanoparticle processing and propertiesNucleation and growth in formation of the solid stateOptical spectroscopy of solidsPhysics, chemistry. and theory of the solid stateProcessing issues in thin film microelectronic and optoelectronic semiconductor devicesQuantum effectsSolid state band structureSolid state energy sourcesTheoretical modeling of solid state dynamics

涵蓋固體材料特性、加工和應用的主題，固體和材料科學的評論為您帶來最新和最重要的新發展和理解。凝聚態物理、物理化學、材料、電氣、化學和機械工程等學科重點研究新興的理論和實驗課題。跨學科的工程和科學專業也包括在內。這些綜述為實驗和理論研究提供了對最新技術的批判性評估。主題包括:先進的新材料加工技術固體成分、結合、結構和地形的分析沉積技術形成固態和外延層固態擴散和缺陷新型有機和無機材料的電學、光學、磁性和熱學性能材料和材料性能表征的實驗技術固態界面低維固體的力學性能納米顆粒的加工與性能固態的成核和生長固體光譜學物理、化學。以及固態理論薄膜微電子和光電子半導體器件的加工問題量子效應固態帶結構固體能源固體動力學的理論模型