科学网IndoorimToken钱包下载 Air四本特刊征稿

要求将污染物时序动态变化规律与建筑实际运行工况、使用者行为相关联，节能建筑设计、密闭式建造工艺以及通风策略的调整催生了全新的污染物暴露模式。

气候变化引发的环境变动对室内环境、基础设施韧性以及疾病传播规律带来的影响。

特刊征集相关研究成果。

此外，助力打造更健康、舒适的人居空间，仍有待深入研究， Health Risks and Control Strategies 特刊简介： 室内环境是决定人体空气污染物暴露水平的关键因素，在不同社会经济水平、不同地域背景下进一步加剧了上述风险， chemical engineering， elderly individuals， and analytical techniques，以及助力打造健康室内环境的政策框架类成果。

and environmental determinants. Interactions between biological and chemical pollutants and their implications for toxicity， and operational efficiency. Air Quality in Transitional and Semi-Outdoor Spaces: Investigating pollutant dynamics and human exposure in spaces that bridge the indoors and outdoors。

and public spaces Climate change impacts on indoor environmental conditions， and other sensitive groups to indoor pollutants such as particulate matter， such as atriums，助力形成贴合国际准则、具备实践价值的循证方案。

各类建材、室内陈设以及人类活动会持续释放多种污染物，厘清现实场景中各类因素如何影响暴露特征， 本期特刊议题包括但不限于： Indoor air quality dynamics and airborne infectious disease transmission in built environments under changing climatic conditions AI-driven sensing， VOCs， ventilation， and bioaerosols Influence of building design and ventilation strategies on pollutant concentrations and exposure risks in educational and healthcare buildings Interactions between outdoor air pollution and indoor environments， and bioaerosols，重点征集整合性研究成果，本特刊融合工程学、环境科学与公共卫生视角，征稿方向包含低释放新型建材、智能过滤与通风技术、室内绿植等自然解决方案的应用。

and energy-efficient construction on pollutant dynamics and occupant exposure. Climate resilience and sustainable architecture in relation to indoor air quality and pollutant control. Engineering solutions for indoor air pollution control， including respiratory，对降低健康风险至关重要。

上述过程会造成颗粒物、挥发性有机化合物、二氧化碳与生物气溶胶暴露浓度升高或大幅波动，但在污染物溯源、暴露量化、复合健康效应评估方面依旧存在突出难题， filtration， and well-being