Aerosol Science and Engineering
Scope & Guideline
Advancing Knowledge in Aerosol Science and Engineering
Introduction
Aims and Scopes
- Aerosol Characterization and Analysis:
Research in this area involves the physical and chemical characterization of aerosols, including size distribution, composition, and optical properties. This is crucial for understanding their behavior in the atmosphere and their effects on health and climate. - Health Impact Studies:
The journal publishes studies assessing the health risks associated with aerosol exposure, focusing on particulate matter (PM<sub>2.5</sub> and PM<sub>10</sub>), bioaerosols, and other pollutants. These studies often employ epidemiological methods and exposure assessments. - Modeling and Simulation:
Numerical modeling and simulations are integral to the research, helping to predict aerosol behavior, transport, and deposition in various environments. This includes computational fluid dynamics (CFD) and statistical modeling approaches. - Source Apportionment and Emission Inventories:
Research often involves identifying sources of aerosols and their contributions to ambient air quality, utilizing receptor modeling and inventory development to inform policy and control measures. - Climate Interactions and Environmental Impact:
Studies exploring the interaction between aerosols and climate systems, including their role in cloud formation, precipitation, and radiative forcing, are a significant focus area. - Technological Innovations for Air Quality Improvement:
The journal also highlights advancements in technologies aimed at controlling and mitigating aerosol emissions, including filtration systems and air quality monitoring devices.
Trending and Emerging
- Impact of COVID-19 on Air Quality:
A significant trend has emerged in analyzing the effects of the COVID-19 pandemic on air quality, exploring reductions in pollution levels during lockdowns and the subsequent health impacts. - Advanced Modeling Techniques:
There is an increasing use of sophisticated modeling techniques, including machine learning and advanced statistical methods, to predict aerosol behavior and assess health impacts, indicating a move towards more data-driven research. - Bioaerosols and Health Risks:
Research focusing on bioaerosols, particularly in relation to public health and indoor environments, is gaining prominence, reflecting heightened awareness of the health risks posed by biological particles. - Source Apportionment Studies:
There is a growing emphasis on source apportionment studies that utilize advanced techniques to identify and quantify the contributions of various sources to aerosol pollution, which is crucial for effective policy-making. - Aerosols and Climate Change:
The intersection of aerosols and climate change is becoming a more prominent research theme, with studies focusing on how aerosols influence climate patterns and extreme weather events.
Declining or Waning
- Indoor Air Quality Studies:
Research specifically focusing on indoor air quality and its implications has diminished in favor of broader outdoor air pollution studies. While still relevant, the emphasis on indoor environments appears to be waning. - Traditional Aerosol Measurement Techniques:
There has been a noticeable shift away from traditional methods of aerosol measurement towards more innovative and technology-driven approaches, indicating a decline in interest in older methodologies. - Pesticide and Agricultural Aerosol Research:
Research specifically targeting aerosols from agricultural sources, such as pesticides, has become less frequent, likely overshadowed by urban pollution studies and their health implications. - Aerosol Studies in Less Developed Regions:
While there is still important work being done, the focus on aerosol research in less developed regions has decreased, perhaps due to the increasing prioritization of urban and industrial pollution studies.
Similar Journals
Experimental and Computational Multiphase Flow
Elevating Standards in Fluid Flow and Transfer ProcessesExperimental and Computational Multiphase Flow, published by SpringerNature, is a prestigious academic journal that critically examines advancements in the field of fluid dynamics, with a specialized focus on multiphase flow phenomena. Since its inception in 2019, the journal has established a remarkable reputation, attaining Q1 status in Fluid Flow and Transfer Processes as well as Mechanical Engineering according to the 2023 category quartiles, reflecting its high impact and relevance in these domains. With Scopus rankings placing it among the top 15 journals in both Chemical Engineering and Nuclear Energy and Engineering, Experimental and Computational Multiphase Flow is an essential resource for researchers, professionals, and students engaged in cutting-edge studies and applications. Although it operates on a subscription model, the journal remains dedicated to disseminating high-quality research and fostering a deeper understanding of complex fluid interactions across various scientific disciplines. By prioritizing innovative methodologies and interdisciplinary collaborations, the journal aims to significantly contribute to the ongoing evolution of multiphase flow research, recognizing its critical importance in engineering and energy sectors.
Air Quality Atmosphere and Health
Connecting Air Quality Insights to Public Health SolutionsAir Quality, Atmosphere and Health is a leading interdisciplinary journal published by Springer, focusing on the intricate relationship between air quality and public health. With roots dating back to 2008, the journal has established itself as a pivotal resource for researchers and professionals in the fields of Atmospheric Science, Health, Toxicology and Mutagenesis, and Pollution Management and Policy, achieving a commendable Q2 ranking across multiple categories in 2023. The journal’s rigorous peer-review process ensures that it publishes high-quality research that addresses contemporary challenges in air quality management and its impact on health outcomes. With no Open Access option, the journal maintains a model that prioritizes valuable insights for subscription holders, making it an essential reference point for advancing knowledge on environmental health issues. The journal is based in the Netherlands and contributes significantly to the understanding of atmospheric pollutants and their effects, evidenced by its strong Scopus rankings, positioning it in the top percentiles of various environmental science categories.
Atmosphere is a premier open-access journal dedicated to the field of atmospheric sciences, published by MDPI since 2010. With an E-ISSN of 2073-4433, the journal has established itself as a significant platform for the dissemination of research on atmospheric processes, climate change, and environmental dynamics. Based in Switzerland, the journal has garnered impressive recognition within the academic community, currently ranked in the 3rd quartile for Atmospheric Science and the 2nd quartile for Environmental Science (miscellaneous) as of 2023. Notably, it holds a commendable Scopus rank, emphasizing its impact with a 69th percentile standing in its category. Atmosphere aims to foster innovative research and comprehensive reviews that contribute to the understanding of air quality, climate policy, and environmental sustainability. Its open-access model not only supports the global sharing of knowledge but also enhances visibility and engagement among researchers, professionals, and students alike, making it an essential resource for anyone invested in the study of our planet's atmosphere.
Journal of Korean Society for Atmospheric Environment
Connecting disciplines to enhance atmospheric environment management.Journal of Korean Society for Atmospheric Environment is a leading platform for innovative research in the fields of environmental chemistry, engineering, and pollution science. Published by the Korean Society for Atmospheric Environment, this journal is dedicated to disseminating high-quality research findings that address the crucial challenges of atmospheric environment management and sustainability. The journal operates from South Korea and features a diverse range of articles exploring contemporary environmental issues, including air quality assessment and pollutant impact studies. Although it is not an open-access journal, it maintains a notable presence in the academic community with its categorization in Q3 in Environmental Engineering and Q4 in Environmental Chemistry, as of 2023. With its focus on interdisciplinary research, the Journal of Korean Society for Atmospheric Environment serves as an essential resource for researchers, professionals, and students interested in advancing knowledge and practices related to atmospheric environmental sciences.
INDOOR AIR
Unlocking Insights for Healthier Indoor Air.INDOOR AIR is a leading peer-reviewed journal published by WILEY-HINDAWI, focusing on the critical field of indoor environmental quality and its impact on public health. Since its inception in 1991, this esteemed journal has been at the forefront of research in Building and Construction, Environmental Engineering, and Public Health. With a commendable Q1 ranking across these categories in 2023, INDOOR AIR has established itself as a pivotal resource for scholars and industry professionals alike, as evidenced by its impressive Scopus rankings—35th in Public Health, 14th in Building and Construction, and 20th in Environmental Engineering. The journal is dedicated to disseminating groundbreaking research, reviews, and case studies that advance knowledge and methodologies in improving indoor air quality and its implications for health outcomes. Aspiring to maintain open access to vital scientific discourse, INDOOR AIR invites contributions that foster interdisciplinary collaboration and innovation in understanding indoor environments. Based in Denmark, the journal continues to engage a global audience committed to enhancing health and well-being through improved indoor air quality.
Particuology
Fostering Collaboration in Chemical and Materials ResearchParticuology is a premier international journal published by Elsevier Science Inc, focusing on the critical advancements in the fields of *Chemical Engineering*, *Condensed Matter Physics*, and *Materials Science*. As a Q2 journal in its respective categories for 2023, it offers a platform for researchers to disseminate their findings and engage with the latest developments in particle technology and related areas. With an impressive Scopus rank of 71/273 in General Chemical Engineering and 122/463 in General Materials Science, Particuology is positioned at the forefront of scientific inquiry and innovation. The journal encourages open access, ensuring that groundbreaking research is available to a global audience, thus fostering collaboration and knowledge sharing among academia and industry professionals. With a publication history dating back to 2008, Particuology continues to shape the future of particle science and engineering by providing rigorous peer-reviewed content that reflects the highest standards of academic excellence.
Environmental Science-Atmospheres
Exploring the intersection of science and environmental health.Environmental Science-Atmospheres is an emerging and dynamic open-access journal published by the Royal Society of Chemistry, dedicated to advancing research in the fields of environmental science and atmosphere-related studies. Launched in 2021, this journal serves as an essential platform for disseminating cutting-edge findings that address the complexities of atmospheric phenomena, pollution impacts, and overall environmental health. With a commendable Q2 ranking across various categories including Environmental Chemistry and Pollution, it solidifies its position as a vital resource for researchers, professionals, and students seeking to contribute to the understanding of environmental dynamics. The journal is indexed in Scopus, providing its contributors with significant visibility within the scientific community. Operating under a fully Open Access model since its inception, Environmental Science-Atmospheres ensures that research outputs are freely accessible, fostering collaboration and knowledge sharing essential for tackling global environmental challenges.
ADVANCES IN ATMOSPHERIC SCIENCES
Fostering Innovation in Meteorological StudiesADVANCES IN ATMOSPHERIC SCIENCES is a highly esteemed journal published by SCIENCE PRESS, dedicated to advancing the field of atmospheric sciences. With an impressive impact factor and ranking as Q1 in Atmospheric Science as of 2023, this journal serves as a leading platform for researchers, professionals, and students to disseminate substantial findings and innovative methodologies across various topics within the atmospheric sciences domain. Established in 1984 and continuously publishing through to 2024, it has successfully positioned itself among the top ranks, currently standing at #17 out of 148 in the Scopus category, highlighting its significance in the field with a remarkable 88th percentile. Although it operates under traditional access, the journal provides invaluable insights into climate dynamics, meteorology, and environmental processes that are crucial for both academic and practical applications. Based in Beijing, China, ADVANCES IN ATMOSPHERIC SCIENCES is committed to fostering a global dialogue and collaboration among scholars and industry experts, making it an essential resource for those invested in understanding and addressing contemporary atmospheric challenges.
Atmospheric Environment-X
Transforming atmospheric science into actionable knowledge.Atmospheric Environment-X, published by Elsevier Science Ltd, is a premier, open-access journal dedicated to advancing our understanding of atmospheric science and environmental disciplines. Since its inception in 2019, the journal has established itself as a critical platform for disseminating high-quality research, evident by its impressive Scopus rankings—39th out of 233 in General Environmental Science and 27th out of 148 in Atmospheric Science, placing it within the top quartiles of its fields. Operating from the United Kingdom, Atmospheric Environment-X aims to bridge the gap between fundamental research and practical applications, addressing pressing issues related to air quality, climate change, and environmental sustainability. With its commitment to open access, the journal encourages broad accessibility of knowledge, ensuring that cutting-edge research reaches a global audience of researchers, professionals, and students eager to contribute to the field. Join us as we explore the complexities of our atmosphere and its critical interactions with the environment through groundbreaking studies published up to 2024.
ATMOSFERA
Illuminating Climate Challenges Through Rigorous ResearchATMOSFERA is a prestigious journal published by CENTRO CIENCIAS ATMOSFERA UNAM, dedicated to advancing the field of Atmospheric Science. With an ISSN of 0187-6236 and an E-ISSN of 2395-8812, this bilingual journal has been a vital resource for researchers since its inception in 1988. Located in Mexico City, the journal serves as a platform for high-quality original research, reviews, and case studies that explore various atmospheric phenomena, climate issues, and environmental challenges. Although currently categorized in the Q4 quartile of Atmospheric Science, ATMOSFERA aims to contribute to the growing body of knowledge in the field and improve its ranking over the next few years, emphasizing rigorous scientific inquiry and fostering collaboration among scholars. Its accessibility and commitment to open communication make it an essential reference for professionals and students striving to understand and address complex atmospheric dynamics.