Livrare gratuită pentru comenzile peste 349,00 lei.

Verifică starea comenzii

Faceți parte dintr-o comunitate de iubitori de cărți din întreaga lume și beneficiați de o mulțime de avantaje Creați-vă un cont gratuit

Transport gratuit la punctele de livrare Pick Up peste 349.00 lei

Packeta 15.00 lei Serviciul de curierat Cargus 28.00 lei Easybox 20.00 lei FAN Courier 20.00 lei Punct FAN 16.00 lei Punct DPD 17.00 lei Curier Sameday 24.00 lei Curier DPD 25.00 lei

Contact

Cum să cumpăr

Ajutor

Contul meu

▸ Gol :-(

Livrare gratuită pentru comenzile peste 349,00 lei.

Creating Origen Models

Name: Creating Origen Models
Brand: Biblioscholar
SKU: 08249414
Price: 101.06 RON
Availability: InStock
Author: Gregory D Louden
ISBN: 9781288397396

Gregory D Louden

Limba

engleză

Carte Carte broșată

Codul Libristo: 08249414

Editura Biblioscholar, decembrie 2012

The purpose of this study was to develop a methodology for creating problem-dependent cross section... Descrierea completă

Codul Libristo: 08249414

47 b

101.06 lei

În depozitul extern Expediem în 9-15 zile

Până la 30 de zile pentru returnare

Clienții au cumpărat de asemenea

Leonardo da Vinci Walter Isaacson

Copertă tare

196.41 lei

The purpose of this study was to develop a methodology for creating problem-dependent cross section libraries for ORIGEN (Oak Ridge Isotope Generation and Depletion Code). The Air Force Technical Applications Center (AFTAC) has a requirement to classify spent nuclear fuel. The ORIGEN codes provide generic models of commercial nuclear reactor designs that are not adequate for the detailed analysis required by AFTAC. After comparing the methods that ORIGEN2 and ORIGEN-S use to develop burn up-dependent cross section libraries, the research focused on developing a methodology for creating new ORIGEN-S models. Models of the Ohio State University Research Reactor were created using the Coupled 1-D Shielding Analysis (SAS2H) module of the Modular Code System for Performing Standardized Computer Analysis for Licensing Evaluation (SCALE4.3). Model design parameters were examined by varying the fuel loading, composition temperatures, larger unit cells, and power histories. The results indicate that the SAS2H sequence has the potential to fulfill the technical requirements of the sponsor.