NSTL国家科技图书文献中心

1. A novel hybrid low-temperature thermal catalysis and radiative sky cooling system for day and night air purification and cooling NSTL国家科技图书文献中心

Feiyang Xu | Lei Che ... - 《Energy》 - 2024,313(Dev.30) - 133795.1～133795.15 - 共15页

摘要： radiative sky* cooling system for day and night air* | -ambient cooling* during day and night. In this study, a* | catalysis with radiative sky* cooling, and used low* | cause problems of indoor overheating. Radiative sky | cooling is a passive cooling method that dissipates heat

关键词： Thermal catalysis | Formaldehyde degradation | Radiative sky cooling | Ventilated roof | Building energy efficiency

2. Applicability of a radiant-capacitive cooling and heating system in its cooling mode in K?ppen-Geiger's A, B and C climate types NSTL国家科技图书文献中心

Gonzalez-Cruz E.M. | Kruger E.L. - 《Building and environment》 - 2024,258(Jun.) - 1.1～1.12 - 共12页

摘要： night-time radiative cooling potential was evaluated | cooling and heating system developed and tested in its | cooling mode for ten locations within the latitude range | 37.42°N and 12.4°S with annual Cooling* Degree-Days* | temperatures as predictors. The aim was to assess the cooling

关键词： Indoor temperature predictions | Low energy system | Night-sky cooling | Radiant cooling | Radiant-capacitive system

3. Differences in heat losses between glazing of various emissivities related to night sky radiation: Experimental and numerical analysis NSTL国家科技图书文献中心

Vaclav Pospisilik | Stanislav Honus ... - 《Energy》 - 2024,290(Mar.1) - 130073.1～130073.13 - 共13页

摘要： glazing due to night-sky* radiation as a function of its* | emissivities due to radiation inthe night* sky under real* | Radiation from cloudless night* skies causes* | energy radiated from the sky* in the infrared region* | significant heat loss through glazing, resulting in higher

关键词： Radiative cooling | Atmospheric radiation | Cloudless night sky | Emissivity | Glazing | Nano-scale layers coating

4. Transparent thermoelectric device for simultaneously harvesting radiative cooling and solar heating NSTL国家科技图书文献中心

Ishii, Satoshi | Bourges, Cedric ... - 《Materials Today》 - 2024,75 - 20～26 - 共7页

摘要： of cooling* a surface that faces the sky. During the* | , and can harvest radiative cooling* at night. The co* | Outdoor radiative cooling* is a passive method* | during the day and at night, it is always cooled and a | simultaneously harvests both radiative cooling* and solar*

关键词： Radiative cooling | Solar heating | Thermoelectric generator | Energy harvesting | Thermal radiation | OXIDE THIN-FILMS | TEMPERATURE | GENERATOR | COOLER

5. Theoretical investigation of two ideal radiative cooling materials and radiative sky water-cooling module with ideal selective radiative materials NSTL国家科技图书文献中心

Yang X. | Wang S.... - 《Energy and buildings》 - 2024,323(Nov.) - 1.1～1.11 - 共11页

摘要：© 2024 Elsevier B.V.Radiative sky* cooling (RSC* | radiative sky* water-cooling (RSWC) module with ideal* | of night-time air temperature on the cooling* power* | for cooling. Radiative cooling* materials and real* | this study, the cooling* performance of two types of*

关键词： Critical temperature | Ideal radiative cooling materials | Radiative sky cooling | Radiative sky water-cooling module | Theoretical model

6. Self-sustained and Insulated Radiative/Evaporative Cooler for Daytime Subambient Passive Cooling NSTL国家科技图书文献中心

Yu, Li | Huang, Yimou ... - 《ACS applied materials & interfaces》 - 2024,16(5) - 6513～6522 - 共10页 - 被引量：7

摘要： LWIR = 0.96) for sky* radiative cooling. In addition* | Passive cooling* technologies are one of the* | problems achieving daytime subambient cooling* while* | for evaporative cooling* (EC). Moreover, the PLH's* | ability to harvest atmospheric water at night* provides*

关键词： radiative cooling | evaporative cooling | midinfraredtransparent | atmospheric water harvesting | passivecooling

7. Performance analysis of integrating photovoltaic-radiative sky cooling and humidification-dehumidification for combined power and all-day desalination NSTL国家科技图书文献中心

Trevor Hocksun Kwan | Zhixin Liao ... - 《Journal of cleaner production》 - 2024,464(Jul.20) - 142622.1～142622.13 - 共13页

摘要： night. This research exploits the photovoltaic cell’s | thermodynamic models ofthe photovoltaic panel, radiative sky | cooling, seawater flow, and humidification | radiative sky* coolingability can offer an additional 20* | radiative cooling* and solar irradiance effects cancel each*

关键词： Cogeneration | Desalination | Humidification-dehumidification photovoltaic panel | Radiative sky cooling

8. Demonstration of a physical inversion scheme for all-sky, day-night IASI observations and application to the analysis of the onset of the Antarctica ozone hole: Assessment of retrievals and consistency of forward modeling NSTL国家科技图书文献中心

Serio C. | Masiello G.... - 《Journal of Quantitative Spectroscopy & Radiative Transfer》 - 2024,329 - 共5页

摘要： developed all-sky* forward model (σ-IASI/F2N) for the* | . Because of climate change (cooling* of the stratosphere* | observations, we have developed an all-sky* retrieval tool* | sounders acquire data day and night, unlike visible and | polar night, which is a critical time for O3 hole

关键词： All sky radiative transfer | Infrared | Ozone hole | Retrieval in cloudy antarctic atmosphere | Satellite | Stratospheric ice clouds

9. Urban tree canopies drive human heat stress mitigation NSTL国家科技图书文献中心

Gillerot L. | Landuyt D.... - 《Urban Forestry & Urban Greening》 - 2024,92 - 共10页 - 被引量：7

摘要：, pervious surface fraction and building sky* fraction based* | variables, cooling* effects were predominantly driven by* | air temperatures rose to 40 °C, cooling* by tree* | , respectively. In contrast, night-time temperatures were | night.

关键词： Dr.FOREST | Forest Microclimate | Heat Stress | Nature-Based Solution | Thermal Comfort | Urban Microclimate

10. Harnessing the characteristic of compound parabolic concentrators for directional concentration of emitted thermal radiation and solar shielding in building-integrated radiative cooling NSTL国家科技图书文献中心

Dan Y. | Hu M.... - 《Energy and buildings》 - 2024,307(Mar.) - 1.1～1.13 - 共13页

摘要：? 2024 The AuthorsRadiative sky* cooling (RC* | cooling demands by passively dissipating waste heat into | from low cooling* power density and limited* | application as building cooling* strategies. To overcome* | cooling capability of the RC system and the feasibility

摘要： radiative sky* cooling system for day and night air* | -ambient cooling* during day and night. In this study, a* | catalysis with radiative sky* cooling, and used low* | cause problems of indoor overheating. Radiative sky | cooling is a passive cooling method that dissipates heat

关键词： Thermal catalysis | Formaldehyde degradation | Radiative sky cooling | Ventilated roof | Building energy efficiency

摘要： night-time radiative cooling potential was evaluated | cooling and heating system developed and tested in its | cooling mode for ten locations within the latitude range | 37.42°N and 12.4°S with annual Cooling* Degree-Days* | temperatures as predictors. The aim was to assess the cooling

关键词： Indoor temperature predictions | Low energy system | Night-sky cooling | Radiant cooling | Radiant-capacitive system

摘要： glazing due to night-sky* radiation as a function of its* | emissivities due to radiation inthe night* sky under real* | Radiation from cloudless night* skies causes* | energy radiated from the sky* in the infrared region* | significant heat loss through glazing, resulting in higher

关键词： Radiative cooling | Atmospheric radiation | Cloudless night sky | Emissivity | Glazing | Nano-scale layers coating

摘要： of cooling* a surface that faces the sky. During the* | , and can harvest radiative cooling* at night. The co* | Outdoor radiative cooling* is a passive method* | during the day and at night, it is always cooled and a | simultaneously harvests both radiative cooling* and solar*

关键词： Radiative cooling | Solar heating | Thermoelectric generator | Energy harvesting | Thermal radiation | OXIDE THIN-FILMS | TEMPERATURE | GENERATOR | COOLER

摘要：© 2024 Elsevier B.V.Radiative sky* cooling (RSC* | radiative sky* water-cooling (RSWC) module with ideal* | of night-time air temperature on the cooling* power* | for cooling. Radiative cooling* materials and real* | this study, the cooling* performance of two types of*

关键词： Critical temperature | Ideal radiative cooling materials | Radiative sky cooling | Radiative sky water-cooling module | Theoretical model

摘要： LWIR = 0.96) for sky* radiative cooling. In addition* | Passive cooling* technologies are one of the* | problems achieving daytime subambient cooling* while* | for evaporative cooling* (EC). Moreover, the PLH's* | ability to harvest atmospheric water at night* provides*

关键词： radiative cooling | evaporative cooling | midinfraredtransparent | atmospheric water harvesting | passivecooling

摘要： night. This research exploits the photovoltaic cell’s | thermodynamic models ofthe photovoltaic panel, radiative sky | cooling, seawater flow, and humidification | radiative sky* coolingability can offer an additional 20* | radiative cooling* and solar irradiance effects cancel each*

关键词： Cogeneration | Desalination | Humidification-dehumidification photovoltaic panel | Radiative sky cooling

摘要： developed all-sky* forward model (σ-IASI/F2N) for the* | . Because of climate change (cooling* of the stratosphere* | observations, we have developed an all-sky* retrieval tool* | sounders acquire data day and night, unlike visible and | polar night, which is a critical time for O3 hole

关键词： All sky radiative transfer | Infrared | Ozone hole | Retrieval in cloudy antarctic atmosphere | Satellite | Stratospheric ice clouds

摘要：, pervious surface fraction and building sky* fraction based* | variables, cooling* effects were predominantly driven by* | air temperatures rose to 40 °C, cooling* by tree* | , respectively. In contrast, night-time temperatures were | night.

关键词： Dr.FOREST | Forest Microclimate | Heat Stress | Nature-Based Solution | Thermal Comfort | Urban Microclimate

摘要：? 2024 The AuthorsRadiative sky* cooling (RC* | cooling demands by passively dissipating waste heat into | from low cooling* power density and limited* | application as building cooling* strategies. To overcome* | cooling capability of the RC system and the feasibility

关键词： Compound parabolic concentrator | Directional atmospheric emissivity | Experimental study | Optical simulation | Radiative cooling | Solar shield

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： radiative sky cooling system for day and night air | -ambient cooling during day and night. In this study, a | catalysis with radiative sky cooling, and used low | cause problems of indoor overheating. Radiative sky | cooling is a passive cooling method that dissipates heat

关键词： Thermal catalysis | Formaldehyde degradation | Radiative sky cooling | Ventilated roof | Building energy efficiency

摘要： night-time radiative cooling potential was evaluated | cooling and heating system developed and tested in its | cooling mode for ten locations within the latitude range | 37.42°N and 12.4°S with annual Cooling Degree-Days | temperatures as predictors. The aim was to assess the cooling

关键词： Indoor temperature predictions | Low energy system | Night-sky cooling | Radiant cooling | Radiant-capacitive system

摘要： glazing due to night-sky radiation as a function of its | emissivities due to radiation inthe night sky under real | Radiation from cloudless night skies causes | energy radiated from the sky in the infrared region | significant heat loss through glazing, resulting in higher

关键词： Radiative cooling | Atmospheric radiation | Cloudless night sky | Emissivity | Glazing | Nano-scale layers coating

摘要： of cooling a surface that faces the sky. During the | , and can harvest radiative cooling at night. The co | Outdoor radiative cooling is a passive method | during the day and at night, it is always cooled and a | simultaneously harvests both radiative cooling and solar

关键词： Radiative cooling | Solar heating | Thermoelectric generator | Energy harvesting | Thermal radiation | OXIDE THIN-FILMS | TEMPERATURE | GENERATOR | COOLER

摘要：© 2024 Elsevier B.V.Radiative sky cooling (RSC | radiative sky water-cooling (RSWC) module with ideal | of night-time air temperature on the cooling power | for cooling. Radiative cooling materials and real | this study, the cooling performance of two types of

关键词： Critical temperature | Ideal radiative cooling materials | Radiative sky cooling | Radiative sky water-cooling module | Theoretical model

摘要： LWIR = 0.96) for sky radiative cooling. In addition | Passive cooling technologies are one of the | problems achieving daytime subambient cooling while | for evaporative cooling (EC). Moreover, the PLH's | ability to harvest atmospheric water at night provides

关键词： radiative cooling | evaporative cooling | midinfraredtransparent | atmospheric water harvesting | passivecooling

摘要： night. This research exploits the photovoltaic cell’s | thermodynamic models ofthe photovoltaic panel, radiative sky | cooling, seawater flow, and humidification | radiative sky coolingability can offer an additional 20 | radiative cooling and solar irradiance effects cancel each

关键词： Cogeneration | Desalination | Humidification-dehumidification photovoltaic panel | Radiative sky cooling

摘要： developed all-sky forward model (σ-IASI/F2N) for the | . Because of climate change (cooling of the stratosphere | observations, we have developed an all-sky retrieval tool | sounders acquire data day and night, unlike visible and | polar night, which is a critical time for O3 hole

关键词： All sky radiative transfer | Infrared | Ozone hole | Retrieval in cloudy antarctic atmosphere | Satellite | Stratospheric ice clouds

摘要：, pervious surface fraction and building sky fraction based | variables, cooling effects were predominantly driven by | air temperatures rose to 40 °C, cooling by tree | , respectively. In contrast, night-time temperatures were | night.

关键词： Dr.FOREST | Forest Microclimate | Heat Stress | Nature-Based Solution | Thermal Comfort | Urban Microclimate

摘要：? 2024 The AuthorsRadiative sky cooling (RC | cooling demands by passively dissipating waste heat into | from low cooling power density and limited | application as building cooling strategies. To overcome | cooling capability of the RC system and the feasibility

关键词： Compound parabolic concentrator | Directional atmospheric emissivity | Experimental study | Optical simulation | Radiative cooling | Solar shield

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： radiative sky* cooling system for day and night air* | -ambient cooling* during day and night. In this study, a* | catalysis with radiative sky* cooling, and used low* | cause problems of indoor overheating. Radiative sky | cooling is a passive cooling method that dissipates heat

摘要： night-time radiative cooling potential was evaluated | cooling and heating system developed and tested in its | cooling mode for ten locations within the latitude range | 37.42°N and 12.4°S with annual Cooling* Degree-Days* | temperatures as predictors. The aim was to assess the cooling

摘要： glazing due to night-sky* radiation as a function of its* | emissivities due to radiation inthe night* sky under real* | Radiation from cloudless night* skies causes* | energy radiated from the sky* in the infrared region* | significant heat loss through glazing, resulting in higher

摘要： of cooling* a surface that faces the sky. During the* | , and can harvest radiative cooling* at night. The co* | Outdoor radiative cooling* is a passive method* | during the day and at night, it is always cooled and a | simultaneously harvests both radiative cooling* and solar*

摘要：© 2024 Elsevier B.V.Radiative sky* cooling (RSC* | radiative sky* water-cooling (RSWC) module with ideal* | of night-time air temperature on the cooling* power* | for cooling. Radiative cooling* materials and real* | this study, the cooling* performance of two types of*

摘要： LWIR = 0.96) for sky* radiative cooling. In addition* | Passive cooling* technologies are one of the* | problems achieving daytime subambient cooling* while* | for evaporative cooling* (EC). Moreover, the PLH's* | ability to harvest atmospheric water at night* provides*

摘要： night. This research exploits the photovoltaic cell’s | thermodynamic models ofthe photovoltaic panel, radiative sky | cooling, seawater flow, and humidification | radiative sky* coolingability can offer an additional 20* | radiative cooling* and solar irradiance effects cancel each*

摘要： developed all-sky* forward model (σ-IASI/F2N) for the* | . Because of climate change (cooling* of the stratosphere* | observations, we have developed an all-sky* retrieval tool* | sounders acquire data day and night, unlike visible and | polar night, which is a critical time for O3 hole

摘要：, pervious surface fraction and building sky* fraction based* | variables, cooling* effects were predominantly driven by* | air temperatures rose to 40 °C, cooling* by tree* | , respectively. In contrast, night-time temperatures were | night.

摘要：? 2024 The AuthorsRadiative sky* cooling (RC* | cooling demands by passively dissipating waste heat into | from low cooling* power density and limited* | application as building cooling* strategies. To overcome* | cooling capability of the RC system and the feasibility