912-0055-01

Overview

The Mikron Instruments 912-0055-01 is a specialized infrared camera system designed for the Thermal Imaging Technique (TIT). It enables continuous registration of combustion processes in Self-Propagating High-Temperature Synthesis (SHS) studies. The device provides precise registration of combustion parameters for complex inorganic materials, supporting experimental facilities at institutions such as ESRF and LURE.

Feature Summary

• Enables continuous thermal imaging of combustion processes
• Provides precise registration of combustion parameters
• Supports analysis of pure and doped complex inorganic materials

Applications

• Self-Propagating High-Temperature Synthesis (SHS) studies
• Physico-chemical characterization of inorganic materials
• Experimental research at advanced scientific facilities

Procurement Notes

Verify part number accuracy with authorized distributors or Mikron Instruments directly. Confirm compatibility with existing TIT software infrastructure. Ensure technical specifications meet current experimental requirements before procurement.

Selection Notes

Select this model specifically for high-sensitivity thermal imaging in SHS applications. Evaluate integration capabilities with laboratory data acquisition systems. Consider operational environment constraints for optimal performance.

Part Context

This component belongs to Mikron Instruments' specialized measurement equipment portfolio. It supports advanced material science research by providing critical thermal data during high-temperature synthesis reactions.

Replacement Considerations

Consult Mikron Instruments for verified substitute models. Ensure replacement maintains compatibility with established TIT software protocols and experimental setups.

FAQ

What specific technique does this camera support?

It supports the Thermal Imaging Technique (TIT) for continuous combustion process registration.

Is it suitable for magnetic field experiments?

Yes, it is used in SHS studies involving dc magnetic fields up to 20 T.