Technical Reference for Nuclear Science, Engineering, and Applied Analytics

[STAMP: DIOGENETICS MASTER EDITION]

Chapter 1: Foundations of Inorganic Chemistry

This chapter introduces the scope of inorganic chemistry, periodic trends, bonding models, and the role of metals, salts, and solid-state structures in technology and nuclear systems.

Chapter 2: Electronic Structure and Bonding

Covers electron configurations, MO theory, crystal-field theory, and ligand-field effects in d- and f-block elements.

Chapter 3: Transition Metals and Coordination Chemistry

Geometry, ligand types, spectrochemical series, high-spin vs low-spin behavior, and relevance to catalysis and bioinorganic chemistry.

Chapter 4: Solid-State and Materials Chemistry

Crystal lattices, defects, diffusion, mechanical and electronic properties, and radiation damage in solids.

Chapter 5: Actinide Chemistry and Nuclear Fuel

Actinide series overview, common oxidation states, actinyl ions, UO2 fluorite lattice, burnup effects, defect formation, and fuel restructuring.

Chapter 6: Coolant and Corrosion Chemistry

Zirconium alloy corrosion, hydrogen pickup, coolant pH control, lithium and boron chemistry, crud deposition, and stress corrosion cracking.

Chapter 7: Fission Product and Radwaste Chemistry

Chemical behavior of fission products, volatility of iodine and cesium, noble metal phases, lanthanides, and immobilization in glass and ceramics.

Chapter 8: Environmental and Health Aspects

Speciation, solubility, redox-driven mobility, and strategies for containment, treatment, and ALARA-based exposure minimization.

Chapter 9: Data, Modeling, and Analytics

Reaction kinetics, corrosion rate modeling, solubility products, and opportunities for statistical and machine-learning models within Diogenetics analytics modules.

Chapter 10: References and Further Reading

Core inorganic chemistry texts, nuclear materials references, and standards/guide documents.

Selected References

– Atkins & Shriver, Inorganic Chemistry.

– Cotton, Wilkinson, et al., Advanced Inorganic Chemistry.

– Wulfsberg, Inorganic Chemistry.

– Lamarsh & Baratta, Introduction to Nuclear Engineering.

– Chiang, Birnie, Kingery, Physical Ceramics.

– Stacey, Nuclear Reactor Physics.