02.24.25 -- NASA Making Spectroscopy More Efficient, Choosing The Right Optical Delay Line Stage, And More

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. 

Discover the power of Raman spectroscopy for molecule detection and how edge filters block intense laser light, enhancing sensitivity and accuracy for precise Raman signal detection.

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.

Cold mirrors are much like hot mirrors in that they are used to separate IR from the non-IR. Discover the distinctions between the two and which applications benefit from using cold mirrors.

NSOM techniques and instrumentation have evolved to become vital tools for material characterization, providing high-quality data and continually expanding utility.

Discover how a two-part solution helped enhance and ensure precision and minimize defects for a battery manufacturer facing a critical challenge in their laser welding process.

From historical observations of light's delay to modern spectroscopy demands, selecting precise optical delay stages is paramount for scientific accuracy.