Black body is fundamental idea in thermographic measurements. Physical model of black body is necessary in calibration of thermovision devices and also is used as a reference of emissivity. Perfect model of black body with emissivity ε=1 is difficult to make. There are devices with known emissivity closer to unity eg. ε = 0,95 [2]. The devices are made as an radiators and its construction based on different ideas. Common feature for commercial solutions is high price. In [1] simple idea of high emissivity black body reference was presented. The idea is based on conical geometry. Detailed explanation and discussion can be found in the article [1]. On the basis of presented idea authors decided to design and build physical model of black body...
Nowadays very often IR-thermography is used to analyze the temperature on electronic device surfaces...
Źródła promieniowania ciała doskonale czarnego są powszechnie stosowanymi urządzeniami w dziedzinach...
The physics of blackbodies has been an ongoing source of fascination and scientific research for ove...
A conical cavity has been designed and fabricated for use as a broadband passive microwave calibrati...
This paper presents a simple design and the testing of a blackbody prototype. The physical propertie...
Blackbody models are used as referential temperature measuring gauges for radiation thermo...
This paper presents a simple design and the testing of a blackbody prototype. The physical propertie...
To replace the classical hollow sphere, a compact reference black body has been constructed from sta...
Microwave radiometers can be used in human tissue temperature measurement scenarios due to the advan...
Nowadays very often IR-thermography is used to analyze the temperature on electronic device surfaces...
This paper describes the design, manufacturing, and characterization of conical blackbody targets to...
In this paper, we present the design and radiometriccharacterization of a water-based conical blackb...
Highly precise (~±0.05% k=2), traceable, infrared radiance calibrations are typically achieved throu...
As a practical matter, most commercial infrared thermometers are calibrated with “homemade ” blackbo...
High-emissivity paints are commonly used on thermal control system components. The total hemispheric...
Nowadays very often IR-thermography is used to analyze the temperature on electronic device surfaces...
Źródła promieniowania ciała doskonale czarnego są powszechnie stosowanymi urządzeniami w dziedzinach...
The physics of blackbodies has been an ongoing source of fascination and scientific research for ove...
A conical cavity has been designed and fabricated for use as a broadband passive microwave calibrati...
This paper presents a simple design and the testing of a blackbody prototype. The physical propertie...
Blackbody models are used as referential temperature measuring gauges for radiation thermo...
This paper presents a simple design and the testing of a blackbody prototype. The physical propertie...
To replace the classical hollow sphere, a compact reference black body has been constructed from sta...
Microwave radiometers can be used in human tissue temperature measurement scenarios due to the advan...
Nowadays very often IR-thermography is used to analyze the temperature on electronic device surfaces...
This paper describes the design, manufacturing, and characterization of conical blackbody targets to...
In this paper, we present the design and radiometriccharacterization of a water-based conical blackb...
Highly precise (~±0.05% k=2), traceable, infrared radiance calibrations are typically achieved throu...
As a practical matter, most commercial infrared thermometers are calibrated with “homemade ” blackbo...
High-emissivity paints are commonly used on thermal control system components. The total hemispheric...
Nowadays very often IR-thermography is used to analyze the temperature on electronic device surfaces...
Źródła promieniowania ciała doskonale czarnego są powszechnie stosowanymi urządzeniami w dziedzinach...
The physics of blackbodies has been an ongoing source of fascination and scientific research for ove...