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CASMO-5 - Lattice Analysis

CASMO-5M - Extended Lattice Analysis

INTERPIN-4 - Fuel Temperature Calculation

SIMULATE-3 - Nodal Analysis

XIMAGE - Loading Pattern Evaluation

S3K - Dynamic Nodal Analysis

S3R - Training Simulator Core Model

CMSTrack - Automated Core Follow

CMSOps - Automated Operational Support

GARDEL - Online Core Monitoring

SNF - Fuel Cycle Backend

HELIOS - Generalized Geometry Lattice Code

CMS Software Requirements
CMSTrack Automated Core Follow

CMSTrack uses plant data directly to continuously update CMS model (PWR or BWR) to current core conditions. Using plant measured signals CMSTrack automatically updates the cycle specific CMS model. All measured and calculated results are stored and accessible via CMSTrack's own database and intuitive GUI.

Included in the calculational capabilities of CMSTrack are nominal core follow depletion, and incore detector signal/power conversion for both fixed and movable detectors (neutron or gamma sensitive devices).

CMSTrack can be deployed to multiple users simultaneously, thus allowing sharing and collaboration on important core follow calculations and reporting.

Features:

 - Linkage of CMS model to plant data
   (either direct, or remote from plant site)
 - CMS model automatically updated to current core conditions
   (available on demand)
 - Intuitive access to data
 - visualization of measured / calculated results
 - automatic reporting / data export

Benefits:

 - Dynamically integrate knowledge
 - improve accuracy (observe measured vs. calculated results)
 - Reduce error in core follow calculations
 - Reduce training requirements
 - Reduce cost of developing & maintaining internal core tracking system
Company

 Overview
Information

General:  info-cms@studsvik.com

Arthur S. DiGiovine
Vice President Marketing and Business Development
Tel: (+1) 617 965 7453
arthur.digiovine@studsvik.com
Worldwide

 Studsvik AB

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