The SMARtracer™ FFC relaxometer provides the perfect compact, bench-top solution to measuring the field dependence of the NMR longitudinal spin-lattice relaxation time, T1. The transverse spin-spin relaxation time, T2, may also be measured.
Acquisition of NMRD profiles is fully automated with Stelar’s new powerful software, with measurement of relaxation times from a fraction of a millisecond to several seconds. The software has a large library of standard sequences and also gives the user freedom to program other complex sequences and field profiles.
The SMARtracer™ system can satisfy diverse needs and applications by configuring according to magnet size / frequency range, sample volume and multi-nuclear capability. A range of additional accessories is available for the basic system which increases the measurement capabilities.
Informations
The 0.25 Tesla narrow bore system allows measurement of NMRD profiles from 10 kHz to 10 MHz (1H Larmor frequency) on 10 mm diameter samples. 19F can be measured by addition of the fluorine probe to the basic system.
System features
- Measurement of relaxation times from a fraction of a millisecond to several seconds
- Multi-nuclear operations (with addition of fluorine probe)
- Sample diameter 10 mm
- Fully automated acquisition of NMRD profiles
- New powerful software with a choice of standard sequences or program your own
- Efficient and accurate temperature control (range from -140 °C to +140 °C with a 0.1 °C resolution)
- Minimum operating costs (no cryogenic gases necessary)
- No complicated sample preparation required
- Measures solids, liquids, colloids and complex mixtures
The 0.2 Tesla wide bore system is perfect for the researcher requiring a compact bench-top FFC instrument to measure large volume samples such as rock cores. This system allows measurement of 1H NMRD profiles from 10 kHz to 10 MHz on large volume samples, up to 26mm diameter (1 inch).
System features
- Fully automated acquisition of NMRD profiles on large volume samples, up to 26 mm diameter (1 inch)
- Measurement of relaxation times from a fraction of a millisecond to several seconds
- Multi-nuclear operations
- New powerful software with a choice of standard sequences or program your own
- Efficient and accurate temperature control (range from -140 °C to +140 °C with a 0.1 °C resolution)
- Minimum operating costs (no cryogenic gases necessary)
- No complicated sample preparation required
Accessories
