Agilent India’s Post

So clear and insightful, a video portraying all the benefits and advantages of the new 8850 GC

🔬 Are you struggling to find the perfect Thermo Scientific GC columns for your analytical needs? We have the ultimate solution to simplify your search - save time and effort by quickly identifying the ideal column for your specific application. Whether you're looking for high resolution, increased sensitivity, or specialized separation capabilities, we've got you covered. 💪 Click the link below to access our guide and unlock a world of possibilities for your GC analysis. 📚✨ http://spr.ly/60469GedM #CMD #GasChromatography #AnalyticalChemistry #ScientificResearch #ThermoFisherScientific

Finding the correct Thermo Scientific GC Columns can be a challenge. This helpful guide will quickly direct you to the right product. http://spr.ly/60499B8kH #chromatography #GC #CMD

It i svery difficult to find the right product fit for an applicatio , the new Thermo fisher GC Selection guide is systematic approach which will help you in understanding and finding right solution for GC Columns.

Find your new GC column in just a few clicks. Search for your GC column by EPA method, USP code, Applications, Polarity or Equivalent column.

In HPLC, the technique where the composition of the mobile phase remains the same during the separation process is known as____? a)Gradient Elusion b)Isocratic Run c)Simcratic Run d)Same Phase Run Read Answer In Following https://lnkd.in/dAX_fipU

We recently had the opportunity to present at the EAS Conference, sharing insights through our talk, "Current LC/MS Approaches for PFAS Analysis with Short and Long Chain Mixtures," delivered by Dr. Barry Boyes. The presentation covered key topics like Superficially Porous vs. Fully Porous Particles (SPP vs. FPP), PFAS analysis, method development, column selection, and applications—including a collaborative exploration of PFAS in well water and soil samples. Explore the full presentation to see how our innovative approaches are advancing chromatography: https://bit.ly/3D03fnf #Chromatography #halocolumns #AdvancedMaterialsTechnology #EASConference

Are you using the internal standard method correctly? The internal standard method is renowned for its precision, but achieving accurate results requires careful consideration of matrix effects, isotope influences, and analyte behavior. Dive into our latest article to not only uncover the principles and common mispractice of internal standard method, but also expert recommendations for optimizing your quantification process. The article is strongly recommended for chromatographers aiming for reliable data in complex matrices. 📖 Read the full article: https://lnkd.in/ebr4wanQ #Chromatography #QuantitativeAnalysis #InternalStandardMethod #MassSpectrometry

When collecting fractions during chromatography, delay time plays a critical role in ensuring sample accuracy. Knowing the fraction delay time informs you when to collect your molecules of interest. Having an accurate delay time means you will collect what you see in the detector precisely and accurately. Are you curious to know more about how delay time affects your chromatography results? Read our informative article on the topic here: https://bit.ly/41iP9HU #ChromatographyTips #FractionCollection #LabOptimization #DelayTime #ScienceMatters

When collecting fractions during chromatography, delay time plays a critical role in ensuring sample accuracy. Knowing the fraction delay time informs you when to collect your molecules of interest. Having an accurate delay time means you can collect what you see in the detector precisely and accurately. Curious to know more about how delay time affects your chromatography results? Read our informative article on the topic here: https://bit.ly/41iP9HU #ChromatographyTips #FractionCollection #LabOptimization #DelayTime #ScienceMatters