celan
第1楼2010/02/04
World’s First 1 Gigahertz NMR Spectrometer based on unique 23.5 Tesla Standard-Bore, Persistent Superconducting Magnet 。
Bruker BioSpin launches a breakthrough one Gigahertz Ultra-High Field AVANCE 1000 MHz NMR spectrometer. Incorporating a record-breaking 23.5 Tesla standard-bore (54 mm) superconducting NMR magnet, the AVANCE 1000 MHz NMR spectrometer, brings one Gigahertz technology to NMR research.
The high field strength and high field stability in combination with the first 5 mm triple-resonance CryoProbe enables unique 1 GHz NMR applications. Bruker is proud to be able to equip researchers with such an outstanding instrument that will helpto push the frontiers in biochemistry, structural biology and other molecular research.
The first Avance 1000 system was delivered to the new ‘Centre de RMN à Très Hauts Champs’ in Lyon, France in July 2009. Bruker BioSpin has successfully completed installation in November 2009. The AVANCE 1000 now offers unparalleled research opportunities, both to CRMN and to other National and European scientists who will access the unique facility.
Main Features
World’s first, standard-bore, high homogeneity 1 GHz NMR magnet
Persistent superconducting magnet
UltraStabilized™ sub-cooling technology
Magnetic field strength of 23.5 Tesla
Proton NMR frequency of 1000 MHz
Standard bore size of 54 mm
celan
第2楼2010/02/04
1000MHz NMR Spectrometer
1000 MHz NMR Magnet
Magnetic field strength 23.5 Tesla
NMR proton frequency 1000 MHz
Standard bore size 54 mm
2 K UltraStabilized™ sub-cooling technology
Persistent superconducting magnet
Advanced joint technology enables high-current and high field joints of smallest electrical resistance
AVANCE III 1000 MHz NMR spectrometer
Patented Direct Digital Synthesis
Timing Resolution 12.5 ns
Minimum event time 25 ns
Single Chip RF generation
Highest Phase resolution (0.0055°)
Highest Frequency resolution (0.005 Hz)