NSTL国家科技图书文献中心

1. SAMPO-P: A prototypical scale low-temperature experiment on two-layer melt pool heat transfer in LWR lower head NSTL国家科技图书文献中心

Guo, Pengya | Quan, Fengyang ... - 《Experimental Thermal and Fluid Science》 - 2025,160 - 共11页

摘要： success of in-vessel* retention (IVR) strategies-this* | pattern observed in the RASPLAV study, which indicates a | significant risk to pressure vessel* integrity and the* | ), comparable to that found in light water reactors (LWR | was modeled in the bottom layer using electric

关键词： Melt pool | In-vessel retention | Stratified | Two-layer | SAMPO

2. Natural convection in a shallow pool heated from below and implications for the thermal focusing effect at the lateral wall NSTL国家科技图书文献中心

Seiler N. | Johnson M.... - 《Nuclear engineering and design》 - 2025,431(Jan.) - 1.1～1.18 - 共18页

摘要： significant interest for the In-Vessel* Retention (IVR* | reactor vessel. Under an IAEA Coordinated Research | Project on corium melt retention, various international | under the conditions of two BALI-Metal experiments in | water (Pr=6.9), revealing promising agreement in the

关键词： Focusing effect | In-vessel retention | LES | Natural convection | Rayleigh-Bénard

3. Evaluating uncertainties: Heat transfer parameter effects on stratified melt pool simulation NSTL国家科技图书文献中心

Guo P. | Yu J.... - 《Annals of nuclear energy》 - 2025,211(Feb.) - 1.1～1.12 - 共12页

摘要： reactors. In-Vessel* Retention (IVR), notably External* | safety is paramount in advanced pressurized water | Reactor Vessel* Cooling (ERVC), offers simplicity and* | cost-effectiveness. However, uncertainties in the | temperature and sidewall heat flux in the upper layer

关键词： Computational fluid dynamics (CFD) | In-Vessel Retention(IVR) | SAMPO | Solidification and melting | Stratified melt pool

4. Numerical study on Prandtl number dependence of thermal convection in an internally heated pool NSTL国家科技图书文献中心

Da-Sol Joo | Seokwon Whang ... - 《International Journal of Heat and Mass Transfer》 - 2025,236(Jan. Pt.1) - 126251.1～126251.12 - 共12页

摘要： study natural convection in a corium pool. The study | convection primarily in the Pr 3 range using liquids, the | Large-eddy simulations have been conducted to | focuses on a hemispherical pool with uniform volumetric | heat generation, complemented by isothermal cooling

关键词： In-vessel retention | Corium melt pool | Heat source driven flow | Natural convection

5. Critical heat flux enhancement by porous coatings and prediction model development under External Reactor Vessel Cooling conditions NSTL国家科技图书文献中心

Han, Shilei | Liu, Pengfei ... - 《International Journal of Thermal Sciences》 - 2025,208 - 共15页

摘要： limitation to estimate the effectiveness of the In-vessel | retention (IVR) strategy for the severe accident | mitigation. However, as the reactor power increases in the | improve the CHF. In this paper, the applicability of the | Reactor Vessel* Cooling (ERVC) environment. CHF on the*

关键词： Full-height IVR facility | Porous coatings | CHF enhancement | Mechanistic model

6. A Study on Boiling Heat Transfer Performance of TiO_2-CNTs Hybrid Nanofluid on a Downward-Facing Heating Surface NSTL国家科技图书文献中心

Songling Liu | Huai-En Hsieh ... - 《Nuclear Technology》 - 2025,211(2) - 200～213 - 共14页

摘要：In-vessel* retention through external reactor* | vessel cooling (IVR-ERVC) is a strategy used to respond | enhancement up to 28.21% and an improvement in HTC as well | . Meanwhile, correlations between alterations in surface | roughness, hydrophilicity, and enhancements in CHF were

关键词： IVR-ERVC | heat transfer | critical heat flux | TiO_2/COOH-CNTs hybrid nanofluids | downward-facing heating

7. Experimental study on CHF enhancement of different oxidized surfaces of low carbon steel in nanofluid NSTL国家科技图书文献中心

Li X. | Wang D.... - 《Annals of nuclear energy》 - 2025,211(Feb.) - 1.1～1.6 - 共6页

摘要： augmenting the critical heat flux in the in-vessel | retention (IVR) strategy deployed in reactors | , demonstrating significant improvements in CHF. However, it is | important to consider the potential bias in previous | carbon steel, which is commonly used in reactor vessels

关键词： CHF | Nanofluid | Surface oxidation

8. Numerical study on the thermal hydraulic characteristics of ERVC system NSTL国家科技图书文献中心

Huang Y. | Wang M.... - 《Annals of nuclear energy》 - 2025,211(Feb.) - 1.1～1.15 - 共15页

摘要： of core melting, in-vessel* retention (IVR) can end* | the accident process inside the pressure vessel* as* | . In this paper, according to investigating the types | ranges, which are in good agreement. The calculations | © 2024 Elsevier LtdUnder the serious accident

关键词： Fin structure | IVR-ERVC | Severe accident | Two phase flow | Wall boiling model

9. Retention Bans Are Beneficial but Insufficient to Stop Shark Overfishing NSTL国家科技图书文献中心

Feitosa, Leonardo Ma... | Caughman, Alicia M.... - 《Fish and Fisheries》 - 2025,26(3) - 473～487 - 共15页

摘要： threatened species have increasingly focused on retention | studies providing estimates of at-vessel* or post-release* | likely to suffer at-vessel* mortality compared to their* | for longlines to simulate the effect of retention | bans in reducing fishing mortality to sustainable

关键词： bycatch mitigation | conservation | Elasmobranchii | longline | meta-analysis | policy interventions | meta‐analysis

10. Solute dispersion in a permeable capillary with wall exchange: Darcy flow model NSTL国家科技图书文献中心

Roy, Ashis Kumar | Beg, O. Anwar ... - 《Korea-Australia Rheology Journal》 - 2025,37(1) - 1～18 - 共18页

摘要： the vessel* fenestrations in perfusion and associated* | enhanced gradually with an increment in the retention | dispersion feature in many aspects of hemodynamics | dispersion in perfusion, a mathematical study is presented | for solute dispersion in incompressible laminar

摘要： success of in-vessel* retention (IVR) strategies-this* | pattern observed in the RASPLAV study, which indicates a | significant risk to pressure vessel* integrity and the* | ), comparable to that found in light water reactors (LWR | was modeled in the bottom layer using electric

关键词： Melt pool | In-vessel retention | Stratified | Two-layer | SAMPO

摘要： significant interest for the In-Vessel* Retention (IVR* | reactor vessel. Under an IAEA Coordinated Research | Project on corium melt retention, various international | under the conditions of two BALI-Metal experiments in | water (Pr=6.9), revealing promising agreement in the

关键词： Focusing effect | In-vessel retention | LES | Natural convection | Rayleigh-Bénard

摘要： reactors. In-Vessel* Retention (IVR), notably External* | safety is paramount in advanced pressurized water | Reactor Vessel* Cooling (ERVC), offers simplicity and* | cost-effectiveness. However, uncertainties in the | temperature and sidewall heat flux in the upper layer

关键词： Computational fluid dynamics (CFD) | In-Vessel Retention(IVR) | SAMPO | Solidification and melting | Stratified melt pool

摘要： study natural convection in a corium pool. The study | convection primarily in the Pr 3 range using liquids, the | Large-eddy simulations have been conducted to | focuses on a hemispherical pool with uniform volumetric | heat generation, complemented by isothermal cooling

关键词： In-vessel retention | Corium melt pool | Heat source driven flow | Natural convection

摘要： limitation to estimate the effectiveness of the In-vessel | retention (IVR) strategy for the severe accident | mitigation. However, as the reactor power increases in the | improve the CHF. In this paper, the applicability of the | Reactor Vessel* Cooling (ERVC) environment. CHF on the*

关键词： Full-height IVR facility | Porous coatings | CHF enhancement | Mechanistic model

摘要：In-vessel* retention through external reactor* | vessel cooling (IVR-ERVC) is a strategy used to respond | enhancement up to 28.21% and an improvement in HTC as well | . Meanwhile, correlations between alterations in surface | roughness, hydrophilicity, and enhancements in CHF were

关键词： IVR-ERVC | heat transfer | critical heat flux | TiO_2/COOH-CNTs hybrid nanofluids | downward-facing heating

摘要： augmenting the critical heat flux in the in-vessel | retention (IVR) strategy deployed in reactors | , demonstrating significant improvements in CHF. However, it is | important to consider the potential bias in previous | carbon steel, which is commonly used in reactor vessels

关键词： CHF | Nanofluid | Surface oxidation

摘要： of core melting, in-vessel* retention (IVR) can end* | the accident process inside the pressure vessel* as* | . In this paper, according to investigating the types | ranges, which are in good agreement. The calculations | © 2024 Elsevier LtdUnder the serious accident

关键词： Fin structure | IVR-ERVC | Severe accident | Two phase flow | Wall boiling model

摘要： threatened species have increasingly focused on retention | studies providing estimates of at-vessel* or post-release* | likely to suffer at-vessel* mortality compared to their* | for longlines to simulate the effect of retention | bans in reducing fishing mortality to sustainable

关键词： bycatch mitigation | conservation | Elasmobranchii | longline | meta-analysis | policy interventions | meta‐analysis

摘要： the vessel* fenestrations in perfusion and associated* | enhanced gradually with an increment in the retention | dispersion feature in many aspects of hemodynamics | dispersion in perfusion, a mathematical study is presented | for solute dispersion in incompressible laminar

关键词： Solute dispersion | Oscillatory capillary flow | Phase exchange | Perfusion flow | Darcy law | Asymptotics

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： success of in-vessel retention (IVR) strategies-this | pattern observed in the RASPLAV study, which indicates a | significant risk to pressure vessel integrity and the | ), comparable to that found in light water reactors (LWR | was modeled in the bottom layer using electric

关键词： Melt pool | In-vessel retention | Stratified | Two-layer | SAMPO

摘要： significant interest for the In-Vessel Retention (IVR | reactor vessel. Under an IAEA Coordinated Research | Project on corium melt retention, various international | under the conditions of two BALI-Metal experiments in | water (Pr=6.9), revealing promising agreement in the

关键词： Focusing effect | In-vessel retention | LES | Natural convection | Rayleigh-Bénard

摘要： reactors. In-Vessel Retention (IVR), notably External | safety is paramount in advanced pressurized water | Reactor Vessel Cooling (ERVC), offers simplicity and | cost-effectiveness. However, uncertainties in the | temperature and sidewall heat flux in the upper layer

关键词： Computational fluid dynamics (CFD) | In-Vessel Retention(IVR) | SAMPO | Solidification and melting | Stratified melt pool

摘要： study natural convection in a corium pool. The study | convection primarily in the Pr 3 range using liquids, the | Large-eddy simulations have been conducted to | focuses on a hemispherical pool with uniform volumetric | heat generation, complemented by isothermal cooling

关键词： In-vessel retention | Corium melt pool | Heat source driven flow | Natural convection

摘要： limitation to estimate the effectiveness of the In-vessel | retention (IVR) strategy for the severe accident | mitigation. However, as the reactor power increases in the | improve the CHF. In this paper, the applicability of the | Reactor Vessel Cooling (ERVC) environment. CHF on the

关键词： Full-height IVR facility | Porous coatings | CHF enhancement | Mechanistic model

摘要：In-vessel retention through external reactor | vessel cooling (IVR-ERVC) is a strategy used to respond | enhancement up to 28.21% and an improvement in HTC as well | . Meanwhile, correlations between alterations in surface | roughness, hydrophilicity, and enhancements in CHF were

关键词： IVR-ERVC | heat transfer | critical heat flux | TiO_2/COOH-CNTs hybrid nanofluids | downward-facing heating

摘要： augmenting the critical heat flux in the in-vessel | retention (IVR) strategy deployed in reactors | , demonstrating significant improvements in CHF. However, it is | important to consider the potential bias in previous | carbon steel, which is commonly used in reactor vessels

关键词： CHF | Nanofluid | Surface oxidation

摘要： of core melting, in-vessel retention (IVR) can end | the accident process inside the pressure vessel as | . In this paper, according to investigating the types | ranges, which are in good agreement. The calculations | © 2024 Elsevier LtdUnder the serious accident

关键词： Fin structure | IVR-ERVC | Severe accident | Two phase flow | Wall boiling model

摘要： threatened species have increasingly focused on retention | studies providing estimates of at-vessel or post-release | likely to suffer at-vessel mortality compared to their | for longlines to simulate the effect of retention | bans in reducing fishing mortality to sustainable

关键词： bycatch mitigation | conservation | Elasmobranchii | longline | meta-analysis | policy interventions | meta‐analysis

摘要： the vessel fenestrations in perfusion and associated | enhanced gradually with an increment in the retention | dispersion feature in many aspects of hemodynamics | dispersion in perfusion, a mathematical study is presented | for solute dispersion in incompressible laminar

关键词： Solute dispersion | Oscillatory capillary flow | Phase exchange | Perfusion flow | Darcy law | Asymptotics

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： success of in-vessel* retention (IVR) strategies-this* | pattern observed in the RASPLAV study, which indicates a | significant risk to pressure vessel* integrity and the* | ), comparable to that found in light water reactors (LWR | was modeled in the bottom layer using electric

摘要： significant interest for the In-Vessel* Retention (IVR* | reactor vessel. Under an IAEA Coordinated Research | Project on corium melt retention, various international | under the conditions of two BALI-Metal experiments in | water (Pr=6.9), revealing promising agreement in the

摘要： reactors. In-Vessel* Retention (IVR), notably External* | safety is paramount in advanced pressurized water | Reactor Vessel* Cooling (ERVC), offers simplicity and* | cost-effectiveness. However, uncertainties in the | temperature and sidewall heat flux in the upper layer

摘要： limitation to estimate the effectiveness of the In-vessel | retention (IVR) strategy for the severe accident | mitigation. However, as the reactor power increases in the | improve the CHF. In this paper, the applicability of the | Reactor Vessel* Cooling (ERVC) environment. CHF on the*

摘要：In-vessel* retention through external reactor* | vessel cooling (IVR-ERVC) is a strategy used to respond | enhancement up to 28.21% and an improvement in HTC as well | . Meanwhile, correlations between alterations in surface | roughness, hydrophilicity, and enhancements in CHF were

摘要： of core melting, in-vessel* retention (IVR) can end* | the accident process inside the pressure vessel* as* | . In this paper, according to investigating the types | ranges, which are in good agreement. The calculations | © 2024 Elsevier LtdUnder the serious accident

摘要： threatened species have increasingly focused on retention | studies providing estimates of at-vessel* or post-release* | likely to suffer at-vessel* mortality compared to their* | for longlines to simulate the effect of retention | bans in reducing fishing mortality to sustainable

摘要： the vessel* fenestrations in perfusion and associated* | enhanced gradually with an increment in the retention | dispersion feature in many aspects of hemodynamics | dispersion in perfusion, a mathematical study is presented | for solute dispersion in incompressible laminar