RC-N-114
用于准确确定被动辐射冷却功率的计量装置
Metrological setup for accurate determination of passive radiative cooling power
研究型论文 · 白色辐射制冷
原始研究：提出材料、结构或方法并给出实验或仿真结果。与白色 / 彩色 / 透明三大方向、十三个细分主题交叉组织，便于按研究目的取用。共 334 篇。
共 334 篇
RC-N-398
Janus聚甲醛织物具有单向吸湿排汗和全天候被动辐射冷却功能
Janus polyoxymethylene fabric with unidirectional moisture transport and all-weather passive radiative cooling
RC-N-405
一种垂直鳍片增强辐射天冷方法用于散热：冷却技术比较研究的见解
A vertical fin-intensified radiative sky cool method for heat rejection: Insights from the comparative study of cooling technologies
RC-N-370
一种基于 LCA 辅助的辐射冷却涂层层级设计，实现全生命周期二氧化碳减排
An LCA-assisted hierarchical design of radiative cooling coating for full life-cycle CO2 reduction
RC-N-147
受珊瑚启发的被动辐射冷却纺织品，面向极端环境
Coral-inspired passive radiative cooling textiles toward extreme environments
RC-N-400
弥合差距：一种具有协同辐射冷却和热传导功能的 Janus 结构纺织品，实现高效热管理
Bridging the gap: A Janus structure textile with synergistic radiative cooling and heat conduction for high-efficiency thermal management
RC-N-348
具有强健超疏水性的热致变色辐射冷却涂层，用于节能建筑
Thermochromic Radiative Cooling Coatings with Robust Superhydrophobicity for Energy‐Efficient Buildings
RC-N-435
一种高性能被动辐射冷却薄膜，采用稻草固有生物硅设计
A high-performance passive radiative cooling film designed on rice straw inherent bio-silica
RC-N-371
环保纳米建筑学，用于耐用、自清洁和高效的环境下辐射冷却涂层
Eco-Friendly Nanoarchitectonics for Durable, Self-Cleaning, and Efficient Subambient Radiative Cooling Coatings
RC-N-423
一种具有简单且可扩展方法的高性能透射型日间辐射冷却膜
High Performance Transmission-Type Daytime Radiative Cooling Film with a Simple and Scalable Method
RC-N-368
破碎空心微球基辐射冷却涂层冷却性能增强机理
Mechanisms of enhanced cooling performance of broken hollow microsphere-based radiative cooling coatings
RC-N-391
基于树皮状 SA-Al2O3@TiO2 纤维的柔性辐射冷却纺织品，用于个人热管理
Flexible Radiative Cooling Textiles Based on Bark-Like SA-Al2O3 @TiO2 Fibers for Personal Thermal Management
RC-N-422
高导热辐射冷却膜，增强日间被动冷却效果
High-Thermal-Conductivity Radiative Cooling Films for Enhanced Passive Daytime Cooling
RC-N-349
被动辐射冷却材料的生命周期评估
Life cycle assessment of passive radiative cooling materials
RC-N-399
多模态过冷纺织品，全场景被动湿热舒适
Multimodal Super-Cooling Textiles for All-Scenario Passive Hygrothermal Comfort