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Lecture

Solid State Chemistry: Fundamentals and Applications

Related lectures (33)

Crystal Structures: Miller Indices and Atom Arrangement

Explores crystal structures, Miller indices, X-ray diffraction, and solid microstructures.

Characterization Techniques in Solid State Chemistry

Explores standard characterization techniques, focusing on x-ray diffraction and its importance in determining crystal structures.

Crystal Structures: Arrangement and Diffraction

Explores crystal structures, unit cells, Miller indices, and X-ray diffraction principles.

Van der Waals Materials: 2D Crystals

Delves into the properties of Van der Waals materials, emphasizing 2D crystals with distinct in-plane bonding and weak interlayer interactions.

Introduction to Materials Science: Atomic Bonds and Crystal Structures

Explores atomic bonds, crystal structures, states of matter, and the cubic crystal system.

Absorption, generation and recombination

Explores the optical properties of solar cells, focusing on absorption, reflection, and generation of electron-hole pairs.

Benchmarking Solar-to-Hydrogen Efficiency

Explores benchmarking techniques for solar-to-hydrogen efficiency in photoelectrochemical cells and photovoltaics.

Biomass Conversion and Hydrogen Storage

Covers biomass conversion, hydrogen storage, catalyst properties, porous materials, metal hydrides, and DOE targets for hydrogen storage.

Very High Efficiency Concepts

Explores cutting-edge solar cell technology, emphasizing high efficiency concepts like Passivating Contacts and Interdigitated Back-Contacted cells.

Solar Cells: Working Principles

Covers the working principles of solar cells and the challenges in improving efficiency.

High efficiency solar cells

Explores high-efficiency solar cells, discussing PERC, selective emitter, IBC, and TOPCON concepts, along with advancements in GaAs and perovskite cells.

Photovoltaics and Fusion Energy

Explores the role of photovoltaics in the energy transition and the potential of fusion energy for sustainable power generation.

High Efficiency Solar Cells

Explores high efficiency solar cells, including C-Si and III-V junctions, epitaxial growth, and rear contact recombination.

Chemical Bonds: Types and Structures

Explores chemical bonds, solid structuring, metallic properties, weak bonds, and crystal systems.

Thin Films and Tandem Solar Cells

Covers thin film solar cells, their advantages, market status, and challenges, including CdTe, CIGS, and perovskite cells, and explores the potential of multijunction cells.

Solar Energy Storage: Shine

Explores the Shine project, which aims to store solar energy by generating hydrogen efficiently.

Structure of Matter: Atomic Bonds and States

Explores atomic bonds, states of matter, and material properties, including metals, ceramics, and polymers.

Inorganic Solar Cells: Working Principle

Explains the working principle of inorganic solar cells and their material aspects, including single-junction and tandem solar cells.

Standard Cell Processing: PERC, PERL and PERT

Explores standard cell processing techniques for silicon solar cells, including PERC, PERL, and PERT structures, focusing on efficiency and manufacturing challenges.

Solar Energy: Basics in Thermal Transport and Solar Systems

Covers the basics of energy states in matter, thermal transport, and solar systems, emphasizing the importance of electrochemistry in solar energy applications.