MacroMR12-150H-ILarge caliber nuclear magnetic resonance imaging system (core analysis and imaging instrument)It is a cabinet type imaging system based on rare earth neodymium iron boron material permanent magnet. The system fully utilizes the technical advantages of NMdigI spectrometer and can be widely applied in the field of magnetic resonance imaging research of medium-sized samples. While improving the resolution of sample images, it can also save users a lot of investment and operating costs, allowing NMR application research to expand on a larger scale.

MacroMR12-150H-ILarge caliber nuclear magnetic resonance imaging system (core analysis and imaging instrument)Adopting modular design, different configurations can be provided according to the needs of different users to fully utilize different functions. A probe coil with a diameter of 150mm can be configured to complete nuclear magnetic resonance testing of full diameter rock cores.

Large aperture magnetic resonance imaging systemThe application in the fields of petroleum and porous media has been very extensive, providing MRI images and NMR spectra of rock samples without any damage to the samples. After completing the NMR experiment on the same sample, other tests can be continued.

Technical specifications of large aperture magnetic resonance imaging system:
1. Magnet type: permanent magnet;
2. Magnetic field strength: 0.3 ± 0.05T;
3. RF transmission power: peak to peak output greater than 300W;
4. Probe coil diameter: 150mm;

Product Features:

Conventional reservoir properties and pore structure analysis

- Porosity measurement

- Aperture distribution test

Layered moisture content/pore size distribution

Oil/water saturation

- Saturation of movable/confined fluid

- Penetration rate evaluation

Wettability evaluation

- Fracture development imaging

- Microscopic pore heterogeneity evaluation

- Analysis of Infiltration and Absorption Process and Characteristics

Optional variable temperature and high voltage module:

1. Optional: Natural gas hydrate research (low-temperature and high-pressure simulation)

2. Optional: Methane adsorption desorption (high-temperature and high-pressure gas testing)

3. Optional: Multidimensional Nuclear Magnetic Resonance Diffusion Module (D-T2)

4. Optional: Enhanced Recovery/Seepage Mechanism (High Temperature and High Pressure Simulation)