Programme Day 3

Day 3, 5th Nov 2024

Time Session
08:00
08:30
08:30
09:00
09:00
10:00
Overview of the KPEx and Intensive Observations in Line with the Overflights of ASIA-AQ in the Spring of 2024
Professor Neng-Huei (George) Lin Speaker
Main Hall
10:00
10:30
10:30
12:15
  • Chemical composition of PM2.5 and New Particle Formation fin Ulaanbaatar, Mongolia
  • Monsoon Season Spatial Distribution of Particulates Concentration in the Road Intersection Area of Different Land Use in Major City in South Asian Countries
  • Effect of emission sources and size on carbonaceous aerosol optical and isotopic characteristics
  • Contrasting nature of absorbing aerosols over Indo-Gangetic Plain
  • Air Pollution as a Factor Influencing Epiphytic Lichen and Algal Biodiversity in Selected Urban and Suburban Environments in Malaysia
  • EXPLORE THE IMPACTOF PM2.5 ON PRE-TEEN SCHOOLCHILDREN IN "MANCHESTER OF THE EAST , KANPUR, INDIA
  • Land use land cover, Population distribution, and Geographic & Seasonal variations influencing Carbonaceous aerosol concentrations in the South-Asian region
  • Air Pollution as a Factor Influencing Epiphytic Lichen and Algal Biodiversity in Selected Urban and Suburban Environments in Malaysia
Room 2
  • Chemical Mass Closure of Hourly PM2.5 and Visibility Impairment at Two Sites in Southern Taiwan
  • Seasonal and source-dependent biomass burning impact on the northernmost European megacity: from winter to summer
  • Rapid hydrolysis of NO2 at High Ionic Strengths of Deliquesced Aerosol Particles
  • Spatiotemporal Variation and Chemical Fingerprint of PM2.5 at Kaohsiung Coastal and Offshore Island Sites in Southern Taiwan
  • Polycyclic aromatic hydrocarbons from vehicles: Characteristics and associations with the browning of atmospheric organic carbon
  • Chemical Composition and Oxidative Potential of Different Sized Particles in Various Regions of Taiwan
  • Important Contributions of Natural Gas to Atmospheric Nitrate Aerosols in China
  • Black carbon in the Siberian and Central Arctic
Room 3
  • Continuous flow aerosol-to-hydrosol electrostatic sampling with real-time microfluidic nucleic acid extraction for automated bioaerosol detection
  • Respiratory Aerosol Emission Rates and Relationship to Exhaled Carbon Dioxide Flux for Assessing Pathogen Transmission Risk in Indoor Air
  • The Microphysics of Surrogate Exhaled Aerosols and the Impact on the Airborne Survival of Viruses
  • Comparison of bioaerosols concentration from Chinese coast to northwestern Pacific
  • Rapid monitoring of indoor airborne virus with high air flowrate electrostatic sampling and PCR analysis
  • Fluorescent sensors and DNA metagenomes targeting the urban bioaerosols changed suddenly during Asian-dust season
  • Deep Learning Integrated Soft Sensor Technology for Real-Time Monitoring of Culturable Indoor Bioaerosols
  • Prediction of bioaerosol number concentration from electrical currents of thermal-lyzed bioaerosol
Room 4
  • Photochemical aging of emissions from EURO6 gasoline cars or from wood combustion increases the observed adverse effects in Air Liquid Interface-exposed human lung cell models
  • Investigation of Cyclists
  • Impact of Indoor Air Quality on Residents Health in Ilaro, Ogun State Nigeria
  • Aerosol Emissions from Electronic Cigarettes: Health Risk Assessment of Aldehydes and Heavy Metals
  • Toxicity of Fine Particles of Traffic Origin: Effect of Different Driving Conditions and Fleet Characteristics
  • Health Risk Assessment of Heavy Metals in Household Dust: Associations with Daily Activities among Residents in Kampar, Malaysia
  • Research on Safe Nebulizer Inhalation Therapy Using Clean Booth - Clinical Research -
Room 5
  • Reconstructing three-dimensional flow from two-dimensional velocities using the predictor-corrector method
  • Exploring the Variability and Health Impacts of Air Pollutants in Indoor Microenvironments
  • Airborne Hazards: A Comprehensive Review of Aerosol Contaminants in Hospital Environments and Their Impact on Health
  • Aerosol Size Distribution and Chemical Characterization Associated with Persistent Free Radicals from Incense Burning in Taiwan and Thailand
  • Personal Exposure to Airborne Particulate Matter While Cooking: Evaluation and Mitigation Strategies
  • Analysis of Risk Factors in The Physical Environment and Air in The House with Cases of Pneumonia in Children
  • Optimizing External Flow Domain Dimensions in CFD Simulations for Enhanced Natural Ventilation and Pollutant Control in Hospital Buildings
Room 6
12:30
14:00
12:30
14:00
14:00
15:00
15:00
17:00
  • Facile Fabrication Of Silicon-Carbon Composites For Potential Energy Storage Materials
  • Synthesizing Magnetic Cellulose Nanofiber Using Spray Drying Approach
  • Capability Of Single Dropwise Impaction For Removing Nanoparticle Contaminants From Si Wafer
  • 3D Nanoprinting Of Dynamic Colors
  • Facile Production Of Mwcnts From A Mixture Of Methane And Ethane Using Nimo/Mgo Catalyst
  • Spray-Synthesis Of Hierarchical Porous Hkust-1 Using Soft-Template
  • C-Doped Biobr Nanoparticle In Tuning High Efficiency Photocatalytic No To No3 - Conversion
  • Performance Of Nanocellulose Fibre Reinforced Starch Biopolymer Composites
Room 2
  • Weather Regimes And Atmospheric Stability Associated With High PM2.5 Days In Douliu City, Taiwan
  • Evaluation Of The Atmospheric Boundary Layer Structure Effect On Air Quality Using The Micro-Pulse Lidar
  • PM2.5 Bound Chemical Characterization And Source Apportionment Analysis During Stubble Burning Period In Punjab: Implications For Delhi
  • Enhancing Urban Air Quality Monitoring With Low Footprint Smart Stations: An Example From Bangkok, Thailand
  • Air Quality Assessment in Eastern India: A Study on Aerosols and Gaseous Pollutants Using MODIS, Sentinel-5P and In-situ Data
  • A Real-Time PM10 And PM2.5 Monitoring System For Construction And Demolition Sites To Improve Air Quality In New Delhi
  • Are We Safe Inside Our Cars? Understanding The Toxicity Of In-Cabin Particulate Matter
Room 3
  • Wildfire Aerosols And Ship Emissions: Field-Deployable Single Particle Mass Spectrometer For Detection Of Toxicants And Climate-Relevant Compounds
  • The Coupling Of A High-Efficiency Aerosol Collector With Electrospray Ionisation Orbitrap Mass Spectrometry For The Real-Time Chemical Characterisation Of Fine And Ultrafine Particles
  • Quartz Crystal Microbalance Frequency Response To Deposition Of Nanoaerosols
  • Determination Of Effective Density Of Pm1 Size Distribution Via Pre-Measured Smps Data
  • Harmonized Monitoring Of Ultrafine Particles In Ambient Air In Europe: Achievements And Proven Solutions
  • Improving The Accuracy Of Particle Penetration Measurements Through High Efficiency Air Filter Media Using An Aerodynamic Aerosol Classifier
  • Developments For Saw-Based Aerosol Generation: Miniaturized, Cost-Efficient, Mass-Producible And Reproducible Systems
  • Development Of A Gaseous Ammonia Sampling System Using Counter-Current Flow Tube
Room 4
  • Airborne Plastic Emission Dynamics During High Speed FDM 3D Printing
  • Occurrence, Physical Characteristics, And Driving Factors Of Indoor Airborne Microplastics In Daycare Centers
  • Occurrence, behavior, fate, and health impact of airborne microplastics (13) : Current status of AMPs research in Japan
  • Quantification and Identification of VOC Emissions from Common Volatile Chemical Products
  • A Review of Characterization, Driving Factors, and Health Risk of Indoor Microplastics
  • Occurrence, behavior, fate, and health impact of airborne microplastics (24) : airborne microplastics in cloud water
  • Characterization of Settled Atmospheric Microplastics Inside a University in Manila, Philippines
  • A Comprehensive Bibliometric Analysis of Airborne Microplastics: Indoor and Outdoor Environment in Industrial Area
  • Multiple Principal Component Analysis (M-PCA) of Microfiber Exposure on Lung Impairment among Textiles Workers in Selangor
Room 5
  • Relation Concentration and Risk Characterization of Toluene to Malondialdehyde, Cholesterol and Diabetes in Five Industries in Surabaya
  • Quantification and Identification of VOC Emissions from Common Volatile Chemical Products
  • Enhanced production of oxygenated volatile organic compounds through interfacial chemistry of SO2 with sea surface microlayer
  • Investigation of the characteristics of volatile organic compounds and ozone formation potential in the atmosphere of urban areas
  • VOCs emission characteristics and their health impacts of furniture manufacturing: A case study in central China
  • Exploring The Causes And Trends Of PM2.5 And O3 In High Pollution Potential Areas: A Case Study Of Pingtung, Linyuan, And Chaozhou
  • Initial Results from Regional Photochemical Modelling with CMAQ in the Abu Dhabi Emirate
Room 6
17:00
17:00