Basics of NIR spectroscopy – How does NIR spectroscopy work?
In this video we describe how near-infrared (NIR) spectroscopy works, using moisture analysis as as an example. Solids, liquids, and creams can be analyzed without sample preparation and in less than one minute using different measurement modes: reflection, transmission, or transflection. Mathematical models, called prediction models, relate reference values from primary methods with NIR spectra and predict unknown samples. More than one parameter can be analyzed simultaneously, which greatly increases your lab efficiency. 00:00 – Introduction (wavelength range, basic principle) 00:50 – Liquid samples or suspensions – Transmission mode 01:06 – Solid samples – Diffuse reflection mode 01:19 – Creams, pastes, and gel samples – Transflection mode 01:36 – Prediction model 02:18 – Ready-to-use pre-calibrations for different industries. Find more information on our pre-calibration models under: https://www.metrohm.com/en/products/n...

NIRS DS2500 Analyzers

Introduction to NIR spectroscopy and multivariate data analysis/ Hyperspectral imaging&chemometrics

🔥 Mathematics Paper 2 2026 GCE/G12 | SUPER PREDICTIONS & STUDY GUIDE | Most Likely Exam Questions

What is FT-IR spectroscopy? Here are the basics of infrared spectroscopy.

Principals and Applications of Near Infrared Spectroscopy

What Is XRF?

Introduction to Dynamic Light Scattering Analysis

What are the major differences between infrared and near infrared spectroscopy?

Raman vs NIR Spectroscopy

Raman Basics

Introduction to IR Spectroscopy: How to Read an Infrared Spectroscopy Graph

IR-Spektroskopie: Einfach erklärt + Auswertung | Chemie Tutorial Deutsch

Infrared Spectroscopy for Visual Learners

NIR Spectroscopy for Soil Characterization

Food analysis technique with NIR ProxiMate™

Raman Fluorescence

ICP-OES Principle: Revealing the Sample's Secrets

Building the Raman System: Lasers and FT-Raman

UV Vis NIR Spectroscopy in the Arena of Materials Characterization Research and Quality Control

