The Microreactor Neutronics Handbook: Mastering Reactor Physics and Core Design in Compact Geometries

Small cores demand big physics solutions.

Traditional reactor physics models fail when applied to the high leakage and tight moderation spaces of Small Modular Reactors.

What are the benefits?

- Master the unique neutron economy of high-leakage compact cores.

- Apply specialized cross-section libraries tailored for SMR geometries.

- Navigate criticality safety parameters specific to modular designs.

- Optimize fuel utilization in reduced moderation environments.

- Gain unparalleled depth with 210 curated concepts mapped across 21 chapter-specific appendices for comprehensive technical mastery.

What is the roadmap?

1 - The Physics of SMRs: Defining the Compact Core Paradigm

2 - Fundamentals of Neutron Transport: The Boltzmann Equation in Small Geometries

3 - The Neutron Economy: Balancing Production and Loss

4 - Nuclear Cross-Sections: Probability and Interaction Rates

5 - Neutron Leakage Dynamics: Managing the Surface-to-Volume Ratio

6 - Moderation and Thermalization: Slowing Down in Tight Spaces

7 - Criticality Safety Parameters: Ensuring Stable Chain Reactions

8 - Delayed Neutrons and Control: The Key to Kinetic Stability

9 - Reflector Physics: Enhancing the Neutron Economy

10 - Fuel Cycle and Burnup: Longevity in Small Batches

11 - Reactivity Coefficients: Inherent Feedback Mechanisms

12 - Fission Product Poisoning: Managing Xenon and Samarium

13 - Monte Carlo Simulations: Stochastic Modeling of SMRs

14 - Integral Fast Reactor Principles: Fast Spectrum SMR Applications

15 - Multi-Physics Coupling: Neutronics and Thermal Hydraulics

16 - TRISO Fuel Neutronics: Physics of Coated Particle Fuel

17 - Molten Salt Reactor Physics: Liquid Core Neutronics

18 - Lead-Cooled SMR Dynamics: Heavy Metal Coolant Neutronics

19 - Microreactor Neutronics: Extreme Scaling Challenges

20 - Nuclear Data Uncertainty: Quantifying Margin of Error

21 - Regulatory Neutronics: Validating the SMR Core

Who is the target reader?

Designed for nuclear engineers, reactor physicists, and SMR designers seeking specialized technical depth.

How can you take action?

Bridge the gap between theoretical neutronics and the next generation of carbon-free energy technology.

Unlock the core physics secrets of the modular nuclear revolution today.