Modelling of Chemical kinetics and reactor Design Vol IV

Modelling of Chemical kinetics and reactor Design Vol IV

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Product Specifications

Publisher Vinra Publication All Chemical Engineering books by Vinra Publication
Author: Vinra Publication
Number of Pages 310
Available
Available in all digital devices
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Modelling of Chemical kinetics and reactor Design Vol IV - Page 1 Modelling of Chemical kinetics and reactor Design Vol IV - Page 2 Modelling of Chemical kinetics and reactor Design Vol IV - Page 3 Modelling of Chemical kinetics and reactor Design Vol IV - Page 4 Modelling of Chemical kinetics and reactor Design Vol IV - Page 5

"Modeling of Chemical kinetics and reactor Design Vol IV by Vinra Publication 


Book Summary:

Encyclopedia of Chemical Reaction Engineering and Reactor Technology focuses on the modeling of chemical kinetics and reactor design and conveys a basic understanding of chemical reactor design methodologies, incorporating control, and hazard analysis. It provides an introductory text focusing on chemical kinetics and reactor for chemical engineering students. The text is organized into nine chapters

The audience of the Book :
This book is Useful for Chemical Engineering and Biochemical Engineering students.
 
Table of Content:

1. CFD as a Tool for the Analysis of the Mechanical
The integrity of Light Water Nuclear Reactors

2. Reconstruction of the Neutron Flux in a Slab Reactor
 

3. Coating Technology of Fuel Kernels: A Multiscale View.

4. Modeling of Chemical Kinetics in Ignalina Nuclear
Power Plant Cooling Reactor– Lake Druksiai: From Plant
Put in Operation to Shut Down Period of Time.

5. Neutronic Analysis of Generic Heavy Water Research Reactor
Core Parameters to Use Standard Hydride Fuel.

6. Thermal Hydraulics Design and Analysis Methodology for a
Solid-Core Nuclear Thermal Rocket Engine Thrust Chamber.

7. The Coolant Channel Module CCM — A Basic Element
for the Construction of Thermal-Hydraulic Models and Codes
for Reactors.

8. Kinetic Methods of Analysis with Potentiometric and
Spectrophotometric Detectors; Our Laboratory Experiences.