All-in-One 3-Axis Sample Magnetometer "ORION"
Orion is top-of-the-edge multifunctional device for rock magnetic, paleomagnetic, archeomagnetic and paleointensity studies. It combines a water-cooled furnace, controlled DC-field, and ultra sensitive magnetic sensors for full-vector measuring. The instrument is placed into a three-layer permalloy magnetic shield. The interface is a Windows-based user-friendly software with plain scripting language.
- Conducting extremely time-consuming Thellier-Coe experiments as well as Wilson-Burakov and Triaxe (Paris) routines for determining the value of Earth's ancient magnetic field in fully automatic regime.
- Recording full-vector behavior of the remanent magnetization in the temperature range of 25-800°C without the need for sample position changing.
- Acquisition of pTRM/TRM in any direction in controlled field up to 200 μT.
- Conducting physical experiments to create and study the properties of various types of remanent magnetization of rocks, such as pTRM, TRM, VRM, TVRM, CRM, etc.
- Works with oriented 1 cm3 cubic/cylinder samples.
- Any combinations of step-by-step or continuous heating/cooling treatment are possible.
- Full-vector recording of an induced magnetization as a function of temperature.
- Online drawing of Zijderveld, Arai-Nagata and stereo plots.
- Magnetic moment sensitivity: 5*10-8 Am2;
- Magnetic field range: 0 .. 200 μT;
- Heating temperatures range: +25 .. +800°C;
- Heating/cooling rate: 0.2 .. 2.0°C/sec;
- Shape of specimens: ~1 cm3 cube or cylinder;
- Windows-based software allows step-by-step set-up of fully automated routine measurements procedures (Thellier-Coe with check-points, Wilson and Triaxe);
- Water-cooled* (~0.5 L/min);
- Wall-mounted construction (we recommend using a brick wall).
Three (XYZ) fluxgate sensors are placed inside of a mu-metall shielded volume and measure the magnetic signal. Rock specimen (~1 cm3) of cubic or cylindric shape moves in vertical direction with a 10.7 Hz frequency used by the lock-in amplifier for noise reduction. Built-in non-magnetic furnace and XYZ-coils allow: (1) measuring the full magnetization vector during heating/cooling process; (2) creating thermal remanent magnetization of any strength and direction, (3) measuring the induced magnetization and its thermal dependence.