Brand:Multi-Field
Control of deviations from absolute values of thermal conductivity and Seebeck measurements to less than 5 per cent;
Built-in automatic iterative algorithm for optimal deltaT selection at different temperatures;
One-stop shop for high-precision measurements with specialised measuring instruments;
Block heat transport and thin film thermoelectric coefficient measurements are supported by switching to different measurement modules;
Available for magnetic fields from 1.5 to 400 K and up to 18 Tesla;
Compatible with third party systems such as Oxford TeslatronPT, PPMS, Cryogenics, etc.
Built-in automatic iterative algorithm for optimal deltaT selection at different temperatures;
One-stop shop for high-precision measurements with specialised measuring instruments;
Block heat transport and thin film thermoelectric coefficient measurements are supported by switching to different measurement modules;
Available for magnetic fields from 1.5 to 400 K and up to 18 Tesla;
Compatible with third party systems such as Oxford TeslatronPT, PPMS, Cryogenics, etc.
| Parameter Category | Parameter Item | Specification |
|---|---|---|
| 01. System Operating Environment | Sample Rod Operating Conditions | 1.5 ~ 400 K, Max. 18 T |
| Compatible Platforms | Compatible with Oxford TeslatronPT, PPMS, Cryogenics and other third-party cryogenic systems | |
| 02. Thermal Transport Test Performance | Applicable Sample Types | Bulk & Thin Film* |
| Thermal Conductivity |
Accuracy: ± 5% (1.5 ~ 400 K temperature range)
|
|
| Seebeck Coefficient |
Accuracy: ±5% or ± 100 nV
|
|
| Recommended Sample Dimensions |
– 2.5×1.5×6 mm³ (for thermal conductivity 0.1 ~ 2.5 W/m·K)
|
|
| 03. Measurement Instrument | Core Functions |
– 2-channel thermocouple reading
|
| Instrument Dimensions | 280 mm × 220 mm × 88 mm (Width × Height × Length) | |
| Communication Interfaces | USB & GPIB | |
| 04. Software | Environmental Control Functions | Temperature, magnetic field, sample chamber status control |
| Supported Measurement Types | Thermal conductivity, Seebeck coefficient, Nernst coefficient, resistivity, thermal Hall effect | |
| Core Algorithm Function | Automatically adjust ΔT at different temperatures to correct for radiation heat loss |
