See how a perforated velocity dampener cone reduces flow velocity and separates contaminants to
See how a washing, filtering, and measurement protocol quantifies textile microplastic discharg
See how a vortex tube sampler pre-cools its own compressed air supply by routing the duct throu
See how wireless sensors, automated risk estimation, and on-demand fungal detection reduce bulk
See how bidirectional vacuum-pressure flow extracts and purges debris-laden wash samples withou
See how a test chamber with stirring fan, microorganism injector, and local sterilizer enables
See how negative-pressure stripping concentrates dissolved refrigerant into gas phase, enabling
See how bidirectional vacuum-purge flow extracts debris-laden liquid samples from textile washe
See how capacitance and light sensors measure TPMs and polarity in real-time to automate oil qu
See how bidirectional pump flow draws and purges debris-laden wash liquid without screens, enab
See how an integrated connector merges flushing, expansion, and sampling cavities with a closab
See how oxidizing agents and fluorescence suppressing dyes eliminate dye nucleation sites on sw
See how condenser and desiccant dehumidification reduces breath humidity from 95% to 27.4% RH,
See how a nested two-stage impactor with central protrusions and slots filters large particles,
See how sensor-triggered perfume distribution onto porous test members just before extraction p
See how a compression filtration assembly separates solid tissue from fatty liquid to retain al
See how a port with microbial filter enables air sampling from sealed hospital mattresses witho
A sealed twin-port air loop checks mattress interior contamination without unzipping the cover, containing pathogens and protecting staff.
Controlled pressure and filtration separate fat and solvent from tissue, improving compression uniformity and lymph node staging reliability.
Adjustable slicing depth, a sliding hand guard, and retractable julienne blades make one mandoline handle slicing, strips, and grating.
A liquid coolant inside the microtome freezes tissue into small spherical ice crystals, reducing artifacts and preserving morphology.