Books & Supplements

Two-group power reactor noise calculations

Imre Pázsit

Author

Imre Pázsit

Title

Two-group power reactor noise calculations

Description

Companion to the book "Surveillance and Diagnostics of Next Generation Nuclear Reactors" Eds. I. Pázsit, H. N. Tran and Zs. Elter, The Institution of Engineering and Technology, 2025

Category

Books & Supplements

Keywords

Neutron fluctuations, power reactor noise, reactor noise diagnostics, two-group theory, Gen-IV, SMR, MSR, thermal reactors, fast reactors, Green's functions

URL

http://www.notebookarchive.org/2025-05-7dypmeq/

DOI

https://notebookarchive.org/2025-05-7dypmeq

Date Added

2025-05-16

Date Last Modified

2025-05-16

File Size

2.3 megabytes

Supplements

Rights

CC BY 4.0

Cite this as: Imre Pázsit, "Two-group power reactor noise calculations" from the Notebook Archive (2025), https://notebookarchive.org/2025-05-7dypmeq

Two-group power reactor noise calculations

Abstract


Preamble


1. Select the reactor for the calculations and read the corresponding data file


2. Assign the input data to the variables and calculate the material bucklings


3. Simulate the radial dimension of the core (Green’s functions, variable strength absorber, vibrating fuel pin/absorber rod, localisation of both)


4. Plotting the results of the radial modelling


5 . Simulate the axial dimension of the core (propagating perturbations, propagation adjoints, transit time)


6. Plotting the results of the axial modelling


Two-group power reactor noise calculations

Abstract

Preamble

1. Select the reactor for the calculations and read the corresponding data file

2. Assign the input data to the variables and calculate the material bucklings

3. Simulate the radial dimension of the core (Green’s functions, variable strength absorber, vibrating fuel pin/absorber rod, localisation of both)

4. Plotting the results of the radial modelling

5 . Simulate the axial dimension of the core (propagating perturbations, propagation adjoints, transit time)

6. Plotting the results of the axial modelling

Abstract


Preamble


1. Select the reactor for the calculations and read the corresponding data file


2. Assign the input data to the variables and calculate the material bucklings


3. Simulate the radial dimension of the core (Green’s functions, variable strength absorber, vibrating fuel pin/absorber rod, localisation of both)


4. Plotting the results of the radial modelling


5 . Simulate the axial dimension of the core (propagating perturbations, propagation adjoints, transit time)


6. Plotting the results of the axial modelling
