T-AERO CAMPAIGN PORTAL
BRUKER T-AERO 4-STAGE CASCADE IMPACTOR · OPEN-METEO IFS & ERA5-LAND TELEMETRY

T-AERO

Atmospheric Boundary-Layer Meteorology, 16-Sector Polar Wind Rose & 4-Stage Size-Segregated Aerosol Campaign Console (PM10 · PM2.5 · PM1.0 · PM0.15) for Total-Reflection X-Ray Fluorescence (T-XRF).

Console Authorization Gate SHA-256 PROTECTED
Enter the colleague access passcode provided by Stefanos Papagiannis to unlock and launch the T-AERO Console.
01 // Real-Time & Reanalysis Meteorology

Boundary-Layer Telemetry & 16-Sector Wind Rose

Synchronize every aerosol sampling session with operational ECMWF IFS / DWD ICON-EU numerical weather forecasts or historical Copernicus ERA5-Land reanalysis back to 1950.

Directional Source Apportionment & Plume Radar

Computes directional frequency distributions across 16 compass sectors (N, NNE, NE, …) stratified by WMO wind speed classes (<1.5, 1.5–3.5, 3.5–6.0, >6.0 m/s) and resultant vector mean azimuth to identify upwind emission corridors during T-XRF sampling.

Compass Resolution
16 Sectors (22.5°)
Vector Kinematics
Resultant Azimuth
POLAR_WIND_ROSE // 10M_ANEMOMETER ● LIVE VECTOR
N E S W
Calm (<1.0 m/s): 8.3% Prevailing Sector: WNW / NNW

Coupled Thermo-Hygrometric & Precipitation Kinetics

High-resolution hourly time-series tracking 2 m air temperature (°C), relative humidity (%), surface barometric pressure (hPa), and precipitation washout events across 48 h, 72 h, 7-day, or custom historical ERA5 windows.

Live NWP Stream
ECMWF IFS + ICON
Historical Reanalysis
ERA5-Land (1950–Now)
DIURNAL_METEO // T2M_RH_PRECIP HOURLY_SYNC
━ Temp 2m (°C) ┅ Rel. Humidity (%) & Rain (mm)

Global Sampling Station Selector & World Timezone Clock

Centered by default on our active station at the Metavatiko Rooftop Observatory, University of Ioannina (39.6206°N, 20.8449°E · 480 m a.s.l.). Unlock and click anywhere on the Esri World Imagery satellite map or OpenStreetMap canvas to relocate the sampler anywhere worldwide.

Active Station
Metavatiko, Ioannina
Coordinates · Alt
39.6206°N, 20.8449°E
METAVATIKO OBSERVATORY // UOI CAMPUS
Satellite
39.620551°N, 20.844834°E · 480 m a.s.l. ● 500 m Fetch Radius
02 // Size-Segregated Aerosol Fractionation

Bruker T-AERO 4-Stage Cascade Impactor Architecture

Direct aerodynamic impaction onto 30 mm optically flat Total-Reflection X-Ray Fluorescence (T-XRF) sample reflectors without acid digestion or filter dissolution.

S1
Stage 1 — Coarse Mode Fraction (PM10)
Crustal mineral dust, resuspended road dust, sea-salt spray & primary biogenic particles.
D50 > 10 µm
S2
Stage 2 — Fine Mode Fraction (PM2.5)
Mechanical abrasion, brake/tire wear trace metals (Fe, Cu, Zn, Ba) & aged sea salt.
10 – 2.5 µm
S3
Stage 3 — Accumulation Mode Fraction (PM1.0)
Long-range transported sulfates, biomass burning potassium (K) & secondary aerosol.
2.5 – 1.0 µm
S4
Stage 4 — Ultrafine Mode Fraction (PM0.15)
High-temperature combustion condensates, vehicular & industrial trace elements (Pb, V, Ni, As).
1.0 – 0.15 µm
Bruker T-AERO 4-Stage Cascade Impactor Hardware Package
Bruker T-AERO Sampling Package

Engineered for direct trace-element quantification on 30 mm Borosilicate, Quartz & Acrylic T-XRF reflectors using Bruker S4 T-STAR & S2 PICOFOX spectrometers.

03 // Complete Campaign Sample Cataloging & Interoperability

T-XRF Reflector Logbook — Catalog, Export & Import via Excel & JSON

Catalog every 4-stage T-XRF sampling session with full volumetric traceability (Liters L & Vol m³), green Sampling Days calendar tracking, guarded inline record editing, and seamless one-click Microsoft Excel (.xlsx) and JSON export & import across any computer.

01 // MICROSOFT EXCEL (.XLSX)
Official Excel Export & Import

Generate formatted laboratory .xlsx workbooks with one click or import existing Excel campaign sheets directly into the console registry.

02 // JSON ARCHIVE PORTABILITY
Cross-Computer JSON Sync

Export and restore complete lossless .json campaign backups to transfer or merge your entire T-XRF sample database across workstations.

03 // INLINE EDITOR & CALENDAR
Full Sample & Substrate Registry

Track active sampling days in green, sort chronologically (↑/↓), and edit Sample IDs, Substrates (Borosilicate / Quartz), Liters (L), and Notes inline.

Records 12 / 12 records ● 2 Active Sampling Days
✎ Edit Records (Editor Mode) Save as Excel (.xlsx) Import Excel (.xlsx) / JSON Backup JSON
START DATE/TIME ↓ STOP DATE/TIME SAMPLE ID STAGE Cut-off diam: D50 (µm) AREA SUBSTRATE RUN (MIN) Liters (L) Vol (m³) NOTES ACTIONS
12/11/2026 09:00 12/11/2026 12:00 IOA.TA_12-11-2026_PM10 Stage_1 >10 Metavatiko, Roof Borosilicate 180 879.65 0.880 Campaign, Morning Measurement Edit · Load · Delete
12/11/2026 09:00 12/11/2026 12:00 IOA.TA_12-11-2026_PM2.5 Stage_2 10 - 2.5 Metavatiko, Roof Borosilicate 180 879.65 0.880 Campaign, Morning Measurement Edit · Load · Delete
12/11/2026 09:00 12/11/2026 12:00 IOA.TA_12-11-2026_PM1.0 Stage_3 2.5 - 1.0 Metavatiko, Roof Borosilicate 180 879.65 0.880 Campaign, Morning Measurement Edit · Load · Delete
12/11/2026 09:00 12/11/2026 12:00 IOA.TA_12-11-2026_PM0.15 Stage_4 1 - 0.15 Metavatiko, Roof Borosilicate 180 879.65 0.880 Campaign, Morning Measurement Edit · Load · Delete
7/11/2026 13:10 7/11/2026 15:10 IOA.TA_07-11-2026_1310_PM10 Stage_1 >10 University Parking Area Quartz Reflector 120 596.91 0.597 2-hour test measurement UoI Edit · Load · Delete
Local store: taero_sampling_log_v1 · Excel (.xlsx) & JSON export/import ready Automatic Volumetric Conversion: V (m³) = Liters (L) / 1000
04 // Campaign Console Gateway

Ready to Enter the T-AERO Campaign Console?