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ACD/Labs Blog

Identifier un composé inconnu ou vérifier un produit synthétisé revient à résoudre un casse-tête. Cela nécessite plusieurs données spectrales émanant d’une variété d’instruments, qui sont combinées pour déterminer une solution. Souvent, ces données sont traitées et analysées à différents endroits, ce qui rend difficile le suivi du ou des composés auxquels elles sont associées. Spécifiquement,...

Identifying an unknown compound or verifying a synthesized product is a lot like solving a puzzle. It requires multiple spectral pieces from a variety of instruments, which are combined to determine a solution. Often this data is processed and analyzed at multiple stations, making it difficult to track which compound(s) it’s associated with. Specifically, processing...

Eine unbekannte Substanz zu identifizieren oder das Produkt einer Synthese zu verifizieren, ist wie ein Puzzle. Verschiedene analytische Informationen von unterschiedlichen Instrumenten fügen sich als einzelne Puzzleteile zu einem Gesamtbild zusammen. Dabei fällt es jedoch oft schwer den Überblick zu behalten, da die analytischen Informationen nicht einheitlich, sondern in der Regel an unterschiedlichen Orten interpretiert...

Learn how to interact with the Spectrus Processor interface, including customizing toolbars and user interface. 3.0min

The Max-Planck Institute for Biophysical Chemistry have replaced their paper lab journals with the ACD/Spectrus Platform to access all of their data via an interface that they created and optimized in house.

This case study explores how a global specialty company replaced their in-house system for processing and analysis of NMR samples with Spectrus Processor. “Spectrus [Processor] is more functional than our old system and I find the software to be far more intuitive. We’ve had very few problems since we deployed the software and technical support...