An intensity tracker has been developed which can be sent through belt furnaces used for thermal treatments that rely on illumination for heating and/or excess charge carrier generation. The device allows for spatially resolved measurements of illumination profiles and can be used to optimize and monitor illumination intensity within the furnaces. The crucial design aspects such as thermal management and the impact of sensor element size on sensitivity are discussed.publishe
Online process control systems often only detecting temperatures at a local area of the machining po...
The objective of this project was to develop and apply enabling tools and methods towards advanced c...
A portable spectrometer system that simultaneously measures the temperature, emissivity, and radiati...
An intensity tracker has been developed which can be sent through belt furnaces used for thermal tre...
A novel adaptation of optical pryometry has been developed for in-furnace temperature monitoring. No...
The development of an optical sensor for basic oxygen furnace (BOF) off-gas composition and temperat...
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
Several laser-based sensors for use on blast furnaces have been developed and implemented, including...
This work represents the collaborative effort between American Air Liquide and Physical Sciences, In...
This paper-presents a novel instrumentation system for the concurrent measurements of temperature an...
ABSTRACT Dierent methods of sensitivity analysis for thermal design and monitoring problems are desc...
Tube furnaces are heating devices used for the synthesis of inorganic and organic compounds. It is e...
AbstractThis paper presents a study on the measurement of the temperature distribution in a power st...
Optical sensors and signal processing algorithms can analyze the radi-ation emitted by flames to mon...
Large industrial boilers incorporate a multiplicity of burners. Combustion controls regulate the qua...
Online process control systems often only detecting temperatures at a local area of the machining po...
The objective of this project was to develop and apply enabling tools and methods towards advanced c...
A portable spectrometer system that simultaneously measures the temperature, emissivity, and radiati...
An intensity tracker has been developed which can be sent through belt furnaces used for thermal tre...
A novel adaptation of optical pryometry has been developed for in-furnace temperature monitoring. No...
The development of an optical sensor for basic oxygen furnace (BOF) off-gas composition and temperat...
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
Several laser-based sensors for use on blast furnaces have been developed and implemented, including...
This work represents the collaborative effort between American Air Liquide and Physical Sciences, In...
This paper-presents a novel instrumentation system for the concurrent measurements of temperature an...
ABSTRACT Dierent methods of sensitivity analysis for thermal design and monitoring problems are desc...
Tube furnaces are heating devices used for the synthesis of inorganic and organic compounds. It is e...
AbstractThis paper presents a study on the measurement of the temperature distribution in a power st...
Optical sensors and signal processing algorithms can analyze the radi-ation emitted by flames to mon...
Large industrial boilers incorporate a multiplicity of burners. Combustion controls regulate the qua...
Online process control systems often only detecting temperatures at a local area of the machining po...
The objective of this project was to develop and apply enabling tools and methods towards advanced c...
A portable spectrometer system that simultaneously measures the temperature, emissivity, and radiati...