TagSunset Park(38)

A Dell laptop displays what appears to be a Scanning Mobility Particle Sizer (SMPS) or similar aerosol particle size distribution software showing a histogram of particle diameters in nanometers, alongside a terminal window. A Magee Scientific instrument (visible logo on rack below) is present, consistent with black carbon or aerosol monitoring equipment used in air quality measurement deployments.

A TSI Versatile Water-based Condensation Particle Counter (Model 3789, per visible label) is stacked above a TSI Classifier unit, both displaying active touchscreen readouts. The instruments are connected via tubing and cables and appear to be deployed at an outdoor air quality or ultrafine particle monitoring station, consistent with near-airport aerosol measurement campaigns.

A TSI-brand 'Versatile Water-based Condensation Particle Counter' (upper unit) is stacked atop a TSI Classifier (lower unit with blue touchscreen display), connected by tubing and cables. The instrument stack, used for aerosol/ultrafine particle measurement, is mounted against a stucco wall at an outdoor field site alongside green sampling tubing and a cylindrical inlet assembly.

A TSI Scanning Mobility Particle Sizer (SMPS) system is shown outdoors, consisting of a TSI Versatile Water-based Condensation Particle Counter (Model 3789) stacked above a TSI Electrostatic Classifier. The classifier display screen shows operational parameters including sheath flow, particle diameter, and DMA voltage, with the system appearing to be deployed for ambient aerosol particle size distribution measurements.

The image shows scientific monitoring equipment installed outdoors against a stucco wall, including what appears to be a cylindrical pump or sensor unit, a white electronics enclosure, tubing, filter canisters, and a vertical inlet probe — consistent with an ambient air sampling or noise/environmental monitoring station. No visible text, logos, or labels are legible enough to identify the specific manufacturer, agency, or measurement purpose.

A scientific instrument with a cylindrical silver sensor column — consistent with a sound level meter or acoustic analyzer — is shown connected to a Dell laptop displaying measurement software. A label on the instrument is partially visible but not fully legible; the setup appears configured for environmental noise data collection.

A small compressed gas cylinder fitted with a dual-gauge pressure regulator and yellow tubing is visible, along with a CST/Berger brand surveying grade rod (website www.cstsurvey.com visible). The items appear to be stored on the floor of a vehicle or portable workspace.

Wall-mounted technical equipment including conduit runs, a junction box, a wire mesh-covered heater or filter unit, an air flowmeter (graduated scale visible, labeled 'l/min AIR'), yellow fiber optic or signal cable, a network switch with active indicator lights, and a watermark reading 'www.cstsurvey.com' on a conduit. Configuration is consistent with an environmental or acoustic monitoring station installation.

A wall-mounted equipment setup featuring an Advantech ADAM data acquisition module, a wireless router/gateway device with dual antennas (labeled with what appears to be 'ROC' or similar text), and various coiled sensor cables. A small shelf holds additional networking hardware and a roll of paper towel, with multiple cable runs along a PVC conduit on a textured wall.

White instrumentation enclosures (one bearing a 'Manti-lab' or similar brand oval label) topped with mushroom-cap ambient air sampling inlets and a meteorological sensor assembly, photographed against a partly cloudy sky. A tall antenna mast and additional monitoring equipment are visible in the background near a metal utility building.