反应堆安全壳中高精度喷淋去除放射性气溶胶模型的开发及验证

Jishen Li; Bin Zhang; Jianqiang Shan; Hao Yang; Fan Miao

doi:10.7652/xjtuxb202312015

反应堆安全壳中高精度喷淋去除放射性气溶胶模型的开发及验证

Translated title of the contribution: Development and Validation of High-Precision Containment Spray Removal Radioactive Aerosol Model

Jishen Li
, Bin Zhang
, Jianqiang Shan
, Hao Yang
, Fan Miao

School of Energy and Power Engineering

Xi'an Jiaotong University

Research output: Contribution to journal › Article › peer-review

Abstract

Thispaperimprovesthecontainmentsprayremovalmodelsinordertoaddressthelow accuracyoftheoriginalmodelsoftheISAA code.Basedonsingledropletcollectionparticle mechanism newinertialimpactionandinterceptionmodelswereusedtoaccuratelycalculatethe collectionefficiencyoflargeparticles.Additionally anewcorrelation wasusedtoexplainthe Browniandiffusioncollectionmechanismofsmallparticles.Moreover thermophoresisanddiffusiophoresismodelswereintroducedtoconsiderthecontributionofsteamcondensationinthecontainmenttothecollectionefficiency.Inaddition THAI TOSQANandCSEexperimentswere selectedtoevaluateandimprovethemodelprecision whilethecalculatedresultswerecompared withtheresultsofCOCOSYS ASTEC and MELCORcodes.FortheTHAIexperiment the maximumerrorsoftheimprovedISAAandCOCOSYSincalculatingthesprayremovalconstants are-28.6% and59.1% respectively.FortheTOSQANexperiment themaximumerrorsof theimprovedISAAandASTECincalculatingthesprayremovalconstantsare-12.3%and50. 9% respectively.FortheCSEexperiment the maximum errorsoftheimprovedISAA and MELCORincalculatingthesprayremovalconstantswere -12.3% and90.3% respectively. Thecalculationresultsshowthattheimprovedmodelcansimulatetheattenuationtrendofsuspendedaerosolswithhigheraccuraciesandsignificantlyimprovethecalculationaccuracyofthe sprayremovalconstants.Thisworkhelpstounderstandthescavenging mechanism ofaerosol particlebycontainmentspraydroplets andprovidesanalysis method withhighersimulation accuracy.Atthesametime itdiscoversshortcomingsinthesimulationofaerosolbehaviorinthe currentISAAcodeandpointoutthefutureimprovementdirectionsofthecode.

Translated title of the contribution	Development and Validation of High-Precision Containment Spray Removal Radioactive Aerosol Model
Original language	Chinese (Traditional)
Pages (from-to)	146-156
Number of pages	11
Journal	Hsi-An Chiao Tung Ta Hsueh/Journal of Xi'an Jiaotong University
Volume	57
Issue number	12
DOIs	https://doi.org/10.7652/xjtuxb202312015
State	Published - Dec 2023

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@article{4094045b8c724e35a705f1d9213597cf,

title = "反应堆安全壳中高精度喷淋去除放射性气溶胶模型的开发及验证",

abstract = "Thispaperimprovesthecontainmentsprayremovalmodelsinordertoaddressthelow accuracyoftheoriginalmodelsoftheISAA code.Basedonsingledropletcollectionparticle mechanism newinertialimpactionandinterceptionmodelswereusedtoaccuratelycalculatethe collectionefficiencyoflargeparticles.Additionally anewcorrelation wasusedtoexplainthe Browniandiffusioncollectionmechanismofsmallparticles.Moreover thermophoresisanddiffusiophoresismodelswereintroducedtoconsiderthecontributionofsteamcondensationinthecontainmenttothecollectionefficiency.Inaddition THAI TOSQANandCSEexperimentswere selectedtoevaluateandimprovethemodelprecision whilethecalculatedresultswerecompared withtheresultsofCOCOSYS ASTEC and MELCORcodes.FortheTHAIexperiment the maximumerrorsoftheimprovedISAAandCOCOSYSincalculatingthesprayremovalconstants are-28.6\% and59.1\% respectively.FortheTOSQANexperiment themaximumerrorsof theimprovedISAAandASTECincalculatingthesprayremovalconstantsare-12.3\%and50. 9\% respectively.FortheCSEexperiment the maximum errorsoftheimprovedISAA and MELCORincalculatingthesprayremovalconstantswere -12.3\% and90.3\% respectively. Thecalculationresultsshowthattheimprovedmodelcansimulatetheattenuationtrendofsuspendedaerosolswithhigheraccuraciesandsignificantlyimprovethecalculationaccuracyofthe sprayremovalconstants.Thisworkhelpstounderstandthescavenging mechanism ofaerosol particlebycontainmentspraydroplets andprovidesanalysis method withhighersimulation accuracy.Atthesametime itdiscoversshortcomingsinthesimulationofaerosolbehaviorinthe currentISAAcodeandpointoutthefutureimprovementdirectionsofthecode.",

keywords = "aerosolremoval, contain mentspray, droplet collection, nuclear safety",

author = "Jishen Li and Bin Zhang and Jianqiang Shan and Hao Yang and Fan Miao",

year = "2023",

month = dec,

doi = "10.7652/xjtuxb202312015",

language = "繁体中文",

volume = "57",

pages = "146--156",

journal = "Hsi-An Chiao Tung Ta Hsueh/Journal of Xi'an Jiaotong University",

issn = "0253-987X",

publisher = "Xi'an Jiaotong University",

number = "12",

}

TY - JOUR

T1 - 反应堆安全壳中高精度喷淋去除放射性气溶胶模型的开发及验证

AU - Li, Jishen

AU - Zhang, Bin

AU - Shan, Jianqiang

AU - Yang, Hao

AU - Miao, Fan

PY - 2023/12

Y1 - 2023/12

N2 - Thispaperimprovesthecontainmentsprayremovalmodelsinordertoaddressthelow accuracyoftheoriginalmodelsoftheISAA code.Basedonsingledropletcollectionparticle mechanism newinertialimpactionandinterceptionmodelswereusedtoaccuratelycalculatethe collectionefficiencyoflargeparticles.Additionally anewcorrelation wasusedtoexplainthe Browniandiffusioncollectionmechanismofsmallparticles.Moreover thermophoresisanddiffusiophoresismodelswereintroducedtoconsiderthecontributionofsteamcondensationinthecontainmenttothecollectionefficiency.Inaddition THAI TOSQANandCSEexperimentswere selectedtoevaluateandimprovethemodelprecision whilethecalculatedresultswerecompared withtheresultsofCOCOSYS ASTEC and MELCORcodes.FortheTHAIexperiment the maximumerrorsoftheimprovedISAAandCOCOSYSincalculatingthesprayremovalconstants are-28.6% and59.1% respectively.FortheTOSQANexperiment themaximumerrorsof theimprovedISAAandASTECincalculatingthesprayremovalconstantsare-12.3%and50. 9% respectively.FortheCSEexperiment the maximum errorsoftheimprovedISAA and MELCORincalculatingthesprayremovalconstantswere -12.3% and90.3% respectively. Thecalculationresultsshowthattheimprovedmodelcansimulatetheattenuationtrendofsuspendedaerosolswithhigheraccuraciesandsignificantlyimprovethecalculationaccuracyofthe sprayremovalconstants.Thisworkhelpstounderstandthescavenging mechanism ofaerosol particlebycontainmentspraydroplets andprovidesanalysis method withhighersimulation accuracy.Atthesametime itdiscoversshortcomingsinthesimulationofaerosolbehaviorinthe currentISAAcodeandpointoutthefutureimprovementdirectionsofthecode.

AB - Thispaperimprovesthecontainmentsprayremovalmodelsinordertoaddressthelow accuracyoftheoriginalmodelsoftheISAA code.Basedonsingledropletcollectionparticle mechanism newinertialimpactionandinterceptionmodelswereusedtoaccuratelycalculatethe collectionefficiencyoflargeparticles.Additionally anewcorrelation wasusedtoexplainthe Browniandiffusioncollectionmechanismofsmallparticles.Moreover thermophoresisanddiffusiophoresismodelswereintroducedtoconsiderthecontributionofsteamcondensationinthecontainmenttothecollectionefficiency.Inaddition THAI TOSQANandCSEexperimentswere selectedtoevaluateandimprovethemodelprecision whilethecalculatedresultswerecompared withtheresultsofCOCOSYS ASTEC and MELCORcodes.FortheTHAIexperiment the maximumerrorsoftheimprovedISAAandCOCOSYSincalculatingthesprayremovalconstants are-28.6% and59.1% respectively.FortheTOSQANexperiment themaximumerrorsof theimprovedISAAandASTECincalculatingthesprayremovalconstantsare-12.3%and50. 9% respectively.FortheCSEexperiment the maximum errorsoftheimprovedISAA and MELCORincalculatingthesprayremovalconstantswere -12.3% and90.3% respectively. Thecalculationresultsshowthattheimprovedmodelcansimulatetheattenuationtrendofsuspendedaerosolswithhigheraccuraciesandsignificantlyimprovethecalculationaccuracyofthe sprayremovalconstants.Thisworkhelpstounderstandthescavenging mechanism ofaerosol particlebycontainmentspraydroplets andprovidesanalysis method withhighersimulation accuracy.Atthesametime itdiscoversshortcomingsinthesimulationofaerosolbehaviorinthe currentISAAcodeandpointoutthefutureimprovementdirectionsofthecode.

KW - aerosolremoval

KW - contain mentspray

KW - droplet collection

KW - nuclear safety

UR - https://www.scopus.com/pages/publications/85181019393

U2 - 10.7652/xjtuxb202312015

DO - 10.7652/xjtuxb202312015

M3 - 文章

AN - SCOPUS:85181019393

SN - 0253-987X

VL - 57

SP - 146

EP - 156

JO - Hsi-An Chiao Tung Ta Hsueh/Journal of Xi'an Jiaotong University

JF - Hsi-An Chiao Tung Ta Hsueh/Journal of Xi'an Jiaotong University

IS - 12

ER -

反应堆安全壳中高精度喷淋去除放射性气溶胶模型的开发及验证

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