Poster Sessions
Poster Session I
Poster Session I | Monday 25th August 2025: 4-6 pm | Title |
M1.Poster1 | Shuai Jiang | Developing the universal neural network force field for atmospheric aerosol nucleation |
M1.Poster2 | Pablo Montero de Hijes | TOWARDS UNDERSTANDING ICE NUCLEATION ON MICROCLINE FELDSPAR BY MEANS OF MACHINE LEARNING AB INITIO SIMULATIONS |
M1.Poster3 | Ian Ford | NUCLEATION DRIVEN BY NON-MARKOVIAN NOISE |
M1.Poster4 | Anna Špalová | New Particle Formation Measurements - NAIS, nanoSMPS, and PSM Comparison |
M2.Poster1 | Chung-shin Yuan | Chemical Fingerprints and Source Apportionment of PM2.5 at Offshore and Remote Islands in Taiwan and Japan Transported through East and West Channels |
M2.Poster2 | Jaroslav Schwarz | VERTICAL DIFFERENCES IN NR-PM1 ATMOSPHERIC AEROSOL COMPOSITION |
M2.Poster3 | Philipp Brauner | AEROSOL CHEMICAL COMPOSITION MEASURED IN THE UTLS OVER GERMANY IN WINTER 2018 |
M2.Poster4 | Maja Radecka | A KINETIC MODEL OF MULTIPHASE CHEMISTRY INTEGRATING NEW PARTICLE FORMATION AND SIZE DISTRIBUTION DYNAMICS IN SECONDARY ORGANIC AEROSOL FORMATION (KM3C-NPF) |
M2.Poster5 | Vignesh Prabhu | SOURCE APPORTIONMENT OF ORGANIC AEROSOLS IN FIVE EUROPEAN LOCATIONS |
M2.Poster6 | Tuomo Nieminen | Long-term trends of particle number-size distributions and new particle formation at San Pietro Capofiume, Italy |
M2.Poster7 | Janne Lampilahti | Automatic Estimation of Particle Growth Rates Using Cross Correlation Technique |
M2.Poster8 | Peter Wlasits | Characterisation of a thermodenuder-type inlet using nanoplastic aerosol |
M2.Poster9 | Ioannis Koutounidis | DERIVATION OF CLOUD CONDENSATION NUCLEI VERTICAL DISTRIBUTIONS FROM CALIOP LIDAR DATA IN THE CAPO VERDE REGION |
M2.Poster10 | Elina Giannakaki | TYPE-RESOLVED RETRIEVAL OF CLOUD CONDENSATION NUCLEI AND ICE-NUCLEATING PARTICLE NUMBER CONCENTRATIONS FROM CALIPSO AEROSOL TYPING AND AERONET INVERSION DATA |
M2.Poster11 | Gerhard Steiner | Traceable Calibration of Ultrafine Particle Counters |
M2.Poster12 | Bernadette Rosati | AEROSOL-RADIATION INTERACTIONS OF COASTAL AEROSOLS IN SCANDINAVIA |
S5.Poster1 | Coty Jen | Detection efficiency of a water condensation particle counter using electrically neutral sulfuric acid and sulfuric acid-dimethylamine clusters |
S5.Poster2 | Jiali Shen | CHARACTERIZATION OF MULTI-SCHEME BROMIDE-BASED CHEMICAL IONISATION (Br-MION2) USING TIME-OF-FLIGHT AND ORBITRAP MASS SPECTROMETERS |
S5.Poster3 | Markus Tischberger | INSUFFICIENT MASS SPECTROMETRIC DETECTION OF SYNTHESIZED HYDROPEROXY ACIDS FROM ΑLPHA-PINENE OZONOLYSIS |
S5.Poster4 | Zachary Milani | Exploring In-Flight Atmospheric Aerosol Sampling Challenges |
S5.Poster5 | Shah Jamshed Saeed | QUANTITATIVE ABSORPTION SPECTRUM OF HYDROCARBON AEROSOLS USING DUAL-CELL PHOTOACOUSTIC SPECTROSCOPY |
S6.Poster1 | Heikki Junninen | Stability of clusters of highly oxygenated organic molecules from alpha-pinene ozonolysis and sulphuric acid oxidation |
S6.Poster2 | Douglas M. Russell | Isoprene chemistry producing nucleator molecules under upper-tropospheric conditions |
S6.Poster3 | Boxing Yang | RO2 lifetime drives biogenic new particle formation and growth in the planetary boundary layer |
S6.Poster4 | Pedro Rato | Collision rates of multiply-charged aerosol particles in the CERN CLOUD chamber |
Poster Session II
Poster Session II | Wednesday 27th August 2025: 2:30-4:30 pm | Title |
M3.Poster1 | Jürgen Gratzl | Sub-Arctic fungal spores as atmospheric ice-nucleating particles |
M3.Poster2 | Milin Kaniyodical Sebastian | ROLE OF ISOPRENE-DERIVED SECONDARY ORGANIC AEROSOLS IN THE GLACIATION OF DEEP CONVECTIVE CLOUDS |
M3.Poster3 | Ottmar Möhler | FREE-TROPOSPHERIC ICE-NUCLEATING PARTICLE MEASUREMENTS AT CIRRUS FORMATION TEMPERATURES |
M3.Poster4 | Jonas Schlagin | On the identification of ice phases and phase transitions using NIR and MIR spectroscopy |
M4.Poster1 | Hyungjin Cho | Development of machine learning model to predict CCN number concentration in the arctic |
M4.Poster2 | Parisa Fattahi Masrour | The Influence of Various Aerosol Types on Cloud microphysical processes: An Examination of Arctic Aerosol-Cloud Interactions in Relation to WRF-Chem Parameterization Sensitivity. |
S1.Poster1 | Florica Toanca | INVESTIGATION OF LOW-VISIBILITY ATMOSPHERIC EVENTS AT RADO-BUCHAREST ACTRIS FACILITY, ROMANIA |
S1.Poster2 | Jakob Pernov | CAPE-K CHEM: NEW PARTICLE FORMATION AND PRECURSORS VAPORS AT CAPE GRIM |
S1.Poster3 | Jaroslav Schwarz | THE INFLUENCE OF ATMOSPHERIC TRANSPORT AND MIXING ON INTERPRETATION OF PM1 AND ORGANIC AEROSOL SOURCE APPORTIONMENT AT A RURAL BACKGROUND SITE IN CENTRAL EUROPE |
S1.Poster4 | Katrianne Lehtipalo | ACTRIS CLUSTER CALIBRATION CENTER: TOWARDS STANDARDIZING THE MEASUREMENTS OF SUB-10 NM AEROSOL PARTICLES |
S1.Poster5 | Zehao Zou | FIVE-YEAR COMPARATIVE SECONDARY INORGANIC AEROSOL STUDY: EMMISSION SOURCES AND TRANSPORT PATTERNS IN FINLAND’S BOREAL FOREST AND BEIJING MEGACITY |
S1.Poster6 | Seong Soo Yum | NEW PARTICLE FORMATION EVENTS OBSERVED DURING THE AIRCRAFT MEASUREMENT OF THE ASIA-AQ CAMPAIGN |
S2.Poster1 | Yashasvi Raj | Bubble-Bursting Atomisation for Marine Cloud Brightening |
S2.Poster2 | Jake Chapman | PRELIMINARY AEROSOL CHARACTERIZATION OF SALINE RAYLEIGH JETS FOR THE PURPOSE OF MARINE CLOUD BRIGHTENING |
S2.Poster3 | Jake Chapman | ELECTROSPRAYING HIGHLY CONDUCTIVE SALINE SOLUTIONS FOR THE PURPOSE OF MARINE CLOUD BRIGHTENING |
S2.Poster4 | Dante Mcgrath | Experimental insights into the drying of seawater droplets for marine cloud brightening |
S2.Poster5 | Edmund Reardon | Experimental Developments Towards Construction of a Sprayer for Marine Cloud Brightening Field Trials |
S4.Poster1 | Dominik Stolzenburg | NEW PARTICLE FORMATION POTENTIAL OF EMERGING AIR POLLUTANTS PROBED BY MULTI-PRESSURE CHEMICAL IONIZATION MASS SPECTROMETRY |
S4.Poster2 | Gaurav Srivastav | AN OPEN TOOLKIT FOR PARTICLE SIZE DISTRIBUTION ANALYSIS |
S4.Poster3 | Barlin Das | Cloud Condensation Nuclei enhancement by New Particle Formation events over a location in the Eastern Himalayan |
S4.Poster4 | Xinran Zhang | DRCREASING SO2 LEVELS FORM COAL POWERPLANTS INFLUENCE ATMOSPHERIC PARTICLE FORMATION |
S4.Poster5 | Dongjie Shang | ONGOING ANTHROPOGENIC EMISSION ABATEMENT PROMOTES NEW PARTICLE GROWTH IN A CHINESE MEGACITY |