December 3rd 2024
A recent study demonstrated how to advance chemical education with decommissioned optical spectrometers.
September 25th 2024
Improving Separations Throughput with Existing Instrumentation
October 7th 2011As laboratories look for ways to save time and money, some enterprising scientists have devised a way to do both in their work. Lance Heinle and Gary Jenkins, drug-development scientists at Abbott Laboratories (Abbott Park, IL), have created a high-throughput LC-MS-MS system using instrumentation already in place in their laboratory.
Improved FT-IR Instrumentation and Software for Complete Confidence in QA/QC Testing
August 1st 2010Establishing credibility and reliability of the information provided by a Fourier transform–infrared (FT-IR) spectrometer is paramount to mitigating risk in the QA/QC laboratory, where simple, fast and error-free analysis of unknown materials or material verification are required. To meet the demands of a modern QA/QC laboratory, FT-IR spectrometers must include capabilities that shift the burden of proving the reliability of the information away from the analyst so they can concentrate on the sample, not on verifying the integrity of the data. Recent design advances in both FT-IR spectrometer hardware and software give users greater confidence by continually reporting instrument status and performance verification, efficiently and effectively running pass–fail tests against specification, and easily adjusting to the degree of variation in a given set of products.
The Role of Naturally Occurring Stable Isotopes in Mass Spectrometry, Part II: The Instrumentation
February 1st 2009In the second installment of this tutorial, the authors explain the instrumentation for measuring naturally occurring stable isotopes, specifically the magnetic sector mass spectrometer.