Vnmrj 3.1 New and improved features
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چکیده
Automation ProTune, ProTune-PZT/OneNMR probe support Improved and unified support of ProTune and ProTune-PZT is provided. This includes automatically setting the RF phase with a reboot of the console. Other enhancements also include increased sensitivity of tuning data averaging; added phase correction for propagation delay in the probe; enhanced status reporting; better handling of exceptional situations when tuning motors.
منابع مشابه
Easy, Precise and Accurate Quantitative NMR
Extremely accurate and precise quantitative NMR was demonstrated using the new qNMR tools in VnmrJ 3.1 software and calibration with an external standard. Periodic calibration can deliver accuracy as high as 99.9 % and precision as good as 0.59%, while performing calibration with each study can result in accuracy and precision as high as 100% and 0.35%, respectively.
متن کاملEasy, Precise and Accurate Quantitative NMR
Extremely accurate and precise quantitative NMR was demonstrated using the new qNMR tools in VnmrJ 3.1 software and calibration with an external standard. Periodic calibration can deliver accuracy as high as 99.9 % and precision as good as 0.59%, while performing calibration with each study can result in accuracy and precision as high as 100% and 0.35%, respectively.
متن کاملEasy, Precise and Accurate Quantitative NMR
Extremely accurate and precise quantitative NMR was demonstrated using the new qNMR tools in VnmrJ 3.1 software and calibration with an external standard. Periodic calibration can deliver accuracy as high as 99.9 % and precision as good as 0.59%, while performing calibration with each study can result in accuracy and precision as high as 100% and 0.35%, respectively.
متن کاملHigh Resolution Diffusion-Ordered Spectroscopy (HR-DOSY)
This application note demonstrates the utility of the DOSY package in the VnmrJ 3.1 software for both 2D and 3D HR-DOSY analysis of complex mixtures, by first elucidating the presence of two components in an epoxy mixture (2D), and then proving that a minority component in a protein mixture was in fact a smaller derivative of the major component (3D).
متن کاملHigh Resolution Diffusion-Ordered Spectroscopy (HR-DOSY)
This application note demonstrates the utility of the DOSY package in the VnmrJ 3.1 software for both 2D and 3D HR-DOSY analysis of complex mixtures, by first elucidating the presence of two components in an epoxy mixture (2D), and then proving that a minority component in a protein mixture was in fact a smaller derivative of the major component (3D).
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