particle analysis

A high-tech laboratory setting where a male scientist in a white lab coat, safety glasses, and blue gloves is intently looking through a sophisticated optical microscope.
Explains the scientific principles, instrumentation protocols, and interpretive frameworks used in the analysis of inorganic gunshot residue
| 5 min read
Abstract visualization of agricultural spray particle characterization featuring laser diffraction beams, data graphs, and scientists in a high-tech laboratory setting.
| 5+ min read
A wide-angle, realistic shot of a modern, high-tech air quality laboratory. In the foreground, specialized scientific instruments, including a Tapered Element Oscillating Microbalance (TEOM), sit on clean stainless steel workbenches.
| 5+ min read
A high-end food science laboratory scene with a shallow depth of field. In the foreground, a glass petri dish holds a fine, uniform golden-yellow powder.
| 5 min read
A high-tech pharmaceutical laboratory featuring a Next Generation Impactor (NGI) device on a white workbench, with a monitor displaying 3D "raisin-like" drug particles and a particle size distribution graph.
| 5+ min read
A split-screen 16:9 image comparing inline and offline particle monitoring: the left shows an industrial sensor on a production pipe with a digital "Inline" display; the right shows a scientist in a lab coat performing "Offline" analysis using a microscope and computer.
| 5+ min read
A laboratory professional in a white coat and blue gloves performing particle size analysis on a white suspension using a laser diffraction instrument and pipette in a modern pharmaceutical lab setting
| 5 min read
Researchers using optofluidic and Raman technology to detect nanoplastics in body fluid samples.
| 2 min read
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