User Manual
The 400-MR DD2 is a high-performance NMR system that combines the ease-of-use of DirectDrive and DirectDigital technology with the performance of the OneNMR probe to provide users with fast, reliable, and accurate measurements.
Datasheet
Varian 400-MR is a mass spectrometer produced by Varian company. It has direct drive and direct digital RF architecture and Varian shim technology, which guarantees the best data quality for every sample with push-button simplicity.
Datasheet
Agilent Nanoprobe for 400-MR is a nuclear magnetic resonance probe produced by Agilent company, which is used to study samples with very small volume, such as natural products or non-homogeneous or semi-solid materials. The probe has the highest sensitivity and resolution, and provides the easiest sample handling and highest versatility.
Datasheet
Agilent's 400-MR uses rapid gradient shimming methods to optimize lineshape prior to data acquisition, resulting in improved sensitivity and data quality for organic and inorganic molecules in various solvents.
Datasheet
This document describes the application of the Agilent 400-MR instrument with ATB or ASW probes for the analysis of compounds containing 19F. The instrument can perform 1-D fluorine decoupled proton spectra, 1-D proton decoupled fluorine spectra, and 2-D proton-fluorine through-bond and through-space correlation experiments. The key benefits include simplified spectra, easy configuration and use, and robustness and reliability.
Datasheet
The data sheet introduces the features and characteristics of the Agilent 400-MR DD2 magnetic resonance system. The system uses direct drive and direct digital RF architecture and Agilent shim technology to ensure optimal data quality for every sample and easy operation. In addition, the system has an extremely compact footprint and delivers outstanding cryogenic performance, resulting in improved siting and maintenance.
Datasheet
Agilent 400-MR DD2 Magnetic Resonance System Data Sheet, introduces the features and performance of the system
