Transient multispectral radiation temperature measurement system

NegotiableUpdate on 01/11

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Nature of the Manufacturer: Producers

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Place of Origin

Online Consult

Overview

The temperature measurement system is an important equipment for studying plasma, shock wave physics, detonation physics and combustion processes, as well as transient detonation processes in engines. Mainly used for transient high temperature measurement under dynamic loads, such as measurement of detonation shock wave temperature, fuel combustion temperature, material impact temperature, constant volume bomb detonation process, unloading temperature, etc; It can also be used for measuring other transient ultra-high temperatures;

Product Details

　　Transient multispectral radiation temperature measurement systemProduct Description:

The transient multispectral radiation optical temperature measurement system is an optical instrument based on Planck's thermal radiation theory, which compares the radiance of the measured light source with that of a standard light source to measure the temperature of the measured light source. It is an important equipment for studying plasma, shock wave physics, detonation physics, fuel combustion processes, and transient detonation processes in engines. Mainly used for transient high temperature measurement under dynamic loads (1000 ℃~6000 ℃), such as measurement of fuel detonation shock wave temperature, fuel combustion temperature, material impact temperature, constant volume bomb detonation process, unloading temperature, etc; It can also be used for measuring other transient ultra-high temperatures; Other parameters of materials under high pressure can also be measured, such as the time it takes for shock waves or sparse waves to reach the material interface, to determine their shock wave velocity and high-pressure unloading sound velocity; It can also be used to measure the temperature of the explosion temperature field.

　　Transient multispectral radiation temperature measurement systemTechnical Specifications:

1. Temperature range: 1000~8000 ℃;

2. Temperature measurement accuracy: 2%

3. Measurement distance: 0.1~100m

4. Working wavelength: 0.4~1.8 μ m

5. Number of wavelengths: ≥ 6

6. Maximum sampling frequency: 200MHz

7. Maximum measurement time: 5 seconds

8. Data acquisition system: no less than 6 channels, capable of independent operation

9. Output: Curve digital display and storage of temperature data

10. Response time: ≤ 10ns; 11) Environment: Operating temperature -10~50 ℃, humidity: 95%, no condensation.