Fluorescence is a good non-contact thermometry technique in hostile environments such as those found at high temperatures. Phosphors are typically rare earth-doped ceramics that emit light when excited. The intensity, rise time, decay time, and wavelength shift of this emitted light can be temperature dependent. When thermographic phosphors are applied to a surface, with an excitation source and a method to characterize the emission provided; it is possible to determine the surface temperature. One of the simpler methods to apply these coating is through the use of temperature sensitive paints (TSPs). These TSPs are created by mixing phosphor with a binder material to form a sprayable coating that can be easily and economically applied to ...
In the past year we have made significant advances in identifying and testing short-decay time phosp...
The aim of the present work is to extend the temperature range of phosphor thermometry as a diagnost...
The high temperature properties of ceramic materials make them suitable for the extreme environments...
Phosphor thermometry has been used for many years for non-contact temperature measurements. Aerospac...
Temperature-sensitive paint (TSP) comprised of thermally sensitive phosphor can provide a viable mea...
The use of phosphor thermography for noncontact temperature measurements in harsh environments has b...
For many years, phosphor thermometry has been used for non-contact measurements in hostile high temp...
Phosphor thermometry has been used for many years for non-contact temperature measurements in hostil...
Temperature sensitive paint (TSP) is a measurement technique based on luminescent molecules which ex...
Manufacturing and other industrial processes often require monitoring and control of temperature. Th...
Knowledge of the temperatures surfaces are exposed to is crucial in many processes, particularly abo...
Certain ceramic-like phosphor materials exhibit bright fluorescence with a pronounced temperature de...
This thesis describes various methods for time-resolved luminescence lifetime determination, and the...
Fluorescence from a phosphor coating will indicate the temperature of the substrate to which it is a...
Abstract. Phosphor materials are, by design, capable of efficiently converting excitation energy int...
In the past year we have made significant advances in identifying and testing short-decay time phosp...
The aim of the present work is to extend the temperature range of phosphor thermometry as a diagnost...
The high temperature properties of ceramic materials make them suitable for the extreme environments...
Phosphor thermometry has been used for many years for non-contact temperature measurements. Aerospac...
Temperature-sensitive paint (TSP) comprised of thermally sensitive phosphor can provide a viable mea...
The use of phosphor thermography for noncontact temperature measurements in harsh environments has b...
For many years, phosphor thermometry has been used for non-contact measurements in hostile high temp...
Phosphor thermometry has been used for many years for non-contact temperature measurements in hostil...
Temperature sensitive paint (TSP) is a measurement technique based on luminescent molecules which ex...
Manufacturing and other industrial processes often require monitoring and control of temperature. Th...
Knowledge of the temperatures surfaces are exposed to is crucial in many processes, particularly abo...
Certain ceramic-like phosphor materials exhibit bright fluorescence with a pronounced temperature de...
This thesis describes various methods for time-resolved luminescence lifetime determination, and the...
Fluorescence from a phosphor coating will indicate the temperature of the substrate to which it is a...
Abstract. Phosphor materials are, by design, capable of efficiently converting excitation energy int...
In the past year we have made significant advances in identifying and testing short-decay time phosp...
The aim of the present work is to extend the temperature range of phosphor thermometry as a diagnost...
The high temperature properties of ceramic materials make them suitable for the extreme environments...