Michael Gardner’s Post

Are you interested in innovative reaction monitoring techniques? Don't miss our upcoming webinar on May 9th at 3pm BST with the Royal Society of Chemistry. This interactive session will showcase how FlowNMR spectroscopy with the X-Pulse benchtop NMR spectrometer is revolutionising real-time reaction analysis. Our experts Asad Saib and Robin Blagg will share case studies across diverse applications like lithium extraction and organic synthesis. Learn how FlowNMR provides: real-time data for streamlined workflows, enhanced efficiency and adaptability for various reaction types. Register now using the link below: https://okt.to/I8JtuH #NMRSpectroscopy #Spectroscopy #MagneticResonance

Are you interested in innovative reaction monitoring techniques? Don't miss our upcoming webinar on May 9th at 3pm BST with the Royal Society of Chemistry. This interactive session will showcase how FlowNMR spectroscopy with the X-Pulse benchtop NMR spectrometer is revolutionising real-time reaction analysis. Our experts Asad Saib and Robin Blagg will share case studies across diverse applications like lithium extraction and organic synthesis. Learn how FlowNMR provides: real-time data for streamlined workflows, enhanced efficiency and adaptability for various reaction types. Register now using the link below: https://okt.to/owNZ5K #NMRSpectroscopy #Spectroscopy #MagneticResonance

Are you interested in innovative reaction monitoring techniques? Don't miss our upcoming webinar on May 9th at 3pm BST with the Royal Society of Chemistry. This interactive session will showcase how FlowNMR spectroscopy with the X-Pulse benchtop NMR spectrometer is revolutionising real-time reaction analysis. Our experts Asad Saib and Robin Blagg will share case studies across diverse applications like lithium extraction and organic synthesis. Learn how FlowNMR provides: real-time data for streamlined workflows, enhanced efficiency and adaptability for various reaction types. Register now using the link below: https://okt.to/lL4cX2 #NMRSpectroscopy #Spectroscopy #MagneticResonance

10 days until our webinar with the Royal Society of Chemistry! Join us on 9th May for an interactive webinar exploring the groundbreaking applications of benchtop FlowNMR and the X-Pulse spectrometer. During this 1-hour session, our experts Asad Saib and Robin Blagg will guide you through: 👉The principles and advantages of FlowNMR for real-time chemical analysis 👉 Diverse applications of FlowNMR across chemistry research 👉 How real-time monitoring streamlines experimental workflows and decision-making 👉 The evolving role of FlowNMR and its new applications 👉The wider capabilities of the X-Pulse benchtop NMR spectrometer Use the link below to signup: https://okt.to/LKAQRe #NMRSpectroscopy #Spectroscopy #MagneticResonance

Flow chemistry with reaction monitoring is a hot topic at the moment. I am looking forward to learning more about flow analytics with bench top NMR Are you interested in innovative reaction monitoring techniques? Don't miss our upcoming webinar on May 9th at 3pm BST with the Royal Society of Chemistry. This interactive session will showcase how FlowNMR spectroscopy with the X-Pulse benchtop NMR spectrometer is revolutionising real-time reaction analysis. Our experts Asad Saib and Robin Blagg will share case studies across diverse applications like lithium extraction and organic synthesis. Learn how FlowNMR provides: real-time data for streamlined workflows, enhanced efficiency and adaptability for various reaction types. Register now using the link below: https://okt.to/bleYJP #NMRSpectroscopy #Spectroscopy #MagneticResonance

Interesting small phosphorus-containing building block from Enamine chemists. Such compounds are always intriguing for NMR spectroscopists because of the large and, I’d say, sometimes peculiar ¹H-³¹P couplings. #nmr #nmrchat #chemistry #organicchemistry Andrii K.

Interested in learning more about benchtop NMR spectroscopy? Benchtop NMR spectroscopy is a powerful, non-destructive analytical technique that brings structural and quantitative data into any laboratory. Like high field NMR, it uses the spectrum produced by an NMR experiment to uncover chemical and structural information about molecules and compounds. Modern benchtop NMR systems such as the X-Pulse replaces the large and costly superconducting magnet of a high-field instrument with a cryogen-free rare-earth permanent magnet. This makes the instrument significantly more affordable, smaller, and accessible to researchers in a much wider range of locations. Read more about the topic here: https://okt.to/1aQleX #NMRSpectroscopy #BenchtopNMR #NMR #Spectroscopy

Limited time offer! Level up your lab with an X-Pulse benchtop NMR spectrometer and benefit from major additional functionality at no extra cost. This promotion is valid on X-Pulse orders placed between now and 31st March 2025. Benchtop NMR spectroscopy with X-Pulse enables you to: ✔️ Characterise sample structure, composition, and purity ✔️ Determine physical and chemical properties ✔️ Quantify reaction dynamics ✔️ Perform experiments under static conditions, near-line flow, or at variable temperature Learn more about the offer here: https://okt.to/0TzArs #NMR #NMRSpectroscopy #Spectroscopy

Interested in learning more about benchtop NMR spectroscopy? Benchtop NMR spectroscopy is a powerful, non-destructive analytical technique that brings structural and quantitative data into any laboratory. Like high field NMR, it uses the spectrum produced by an NMR experiment to uncover chemical and structural information about molecules and compounds. Modern benchtop NMR systems such as the X-Pulse replaces the large and costly superconducting magnet of a high-field instrument with a cryogen-free rare-earth permanent magnet. This makes the instrument significantly more affordable, smaller, and accessible to researchers in a much wider range of locations. Read more about the topic here: https://okt.to/XENCam #NMRSpectroscopy #BenchtopNMR #NMR #Spectroscopy

Interested in learning more about benchtop NMR spectroscopy? Benchtop NMR spectroscopy is a powerful, non-destructive analytical technique that brings structural and quantitative data into any laboratory. Like high field NMR, it uses the spectrum produced by an NMR experiment to uncover chemical and structural information about molecules and compounds. Modern benchtop NMR systems such as the X-Pulse replaces the large and costly superconducting magnet of a high-field instrument with a cryogen-free rare-earth permanent magnet. This makes the instrument significantly more affordable, smaller, and accessible to researchers in a much wider range of locations. Read more about the topic here: https://okt.to/EOyWQw #NMRSpectroscopy #BenchtopNMR #NMR #Spectroscopy