11.20.24 -- Choosing The Right Raman Filter, Atomic Force Microscopy, And More

Filter requirement is based on the drug components to be characterized. The user must understand the Raman shift spectral range of the particles to be detected.

Discover the diverse world of Raman instrumentation, from powerful microscopes for precise lab analysis to compact field-ready probes. Explore their essential filters and optimal system layouts.

Examine the world of InGaAs linear arrays and detectors for NIR and SWIR spectroscopy and various applications and advantages of spectroscopy, including mineral analysis and material identification. 

Atomic force microscopes are ideal for nanomechanical characterization, bringing utility to nanoscopy applications and excelling in conditions where low light presents challenges or sample integrity is vital.

By introducing a compensating window into the reference leg, glass-compensated microscope objectives maintain equal path conditions, ensuring accurate inspection through windows up to 7.5 mm thick.

Explore the world of Raman spectroscopy with this terminology guide. Uncover the definitions and insights behind key techniques—from SERS to CARS—to enhance your understanding in this vital field.

Near-infrared (NIR) spectroscopy covers the wavelength space between ultraviolet-visible and infrared absorbance. With enormous potential for a variety of applications, NIR spectroscopy is much more accessible due to the availability of compact, high-value NIR spectrometers.