A simplified theoretical model was developed for the thermal-wave cavity (TWC) technique in this study. This model takes thermal radiation into account and can be employed for absolute measurements of the thermal diffusivity of gas and liquid samples without any knowledge of geometrical and thermal parameters of the components of the TWC. Using this model and cavity-length scans, thermal diffusivities of air and distilled water were accurately and precisely measured as (2.191 \ub1 0.004) 7 10-5 and (1.427 \ub1 0.009) 7 10-7 m2 s-1, respectively, in very good agreement with accepted literature values. \ua9 2013 Crown.Peer reviewed: YesNRC publication: Ye
The metalized optical fiber tip was used to generate thermal wave instead of metal foil attached to ...
The application of optical-fiber thermal wave cavity (OF-TWC) technique was investigated to measure ...
Abstract A modification of the Angstroem's method for measurement of thermal diffusivity is pre...
The thermal-wave resonant cavity (TWRC) technique has been used for thermal diffusivity measurements...
The optical fibre thermal wave resonator cavity (OF-TWRC) technique was used to measure thermal diff...
A new Optical Fiber Thermal Wave Resonance Cavity (OF-TWRC) technique was used to determine thermal ...
A novel thermal-wave resonant cavity (TWRC) was constructed and used for thermophysical measurements...
A photothermal technique for ultra-high resolution measurements of thermal diffusivity of liquid mix...
A new Optical Fiber Thermal Wave Resonance Cavity (OF-TWRC) technique was used to determine thermal ...
The conventional thermal-wave resonator cavity (TWRC) technique was modified by using an optical fib...
The thermal-wave resonant cavity technique has been used to measure thermal diffusivity of sucrose s...
A technique is proposed for thermal diffusivity measurement in fluids. It is based on the Angstrom m...
The newly developed Optical Fiber TWRC technique or shortly as OF-TWRC was used to determined the th...
The thermal diffusivity and effective infrared emissivity of water–methanol mix-turesweremeasuredat ...
A new technique for measurement of the thermal diffusivity is presented here. The technique is a mod...
The metalized optical fiber tip was used to generate thermal wave instead of metal foil attached to ...
The application of optical-fiber thermal wave cavity (OF-TWC) technique was investigated to measure ...
Abstract A modification of the Angstroem's method for measurement of thermal diffusivity is pre...
The thermal-wave resonant cavity (TWRC) technique has been used for thermal diffusivity measurements...
The optical fibre thermal wave resonator cavity (OF-TWRC) technique was used to measure thermal diff...
A new Optical Fiber Thermal Wave Resonance Cavity (OF-TWRC) technique was used to determine thermal ...
A novel thermal-wave resonant cavity (TWRC) was constructed and used for thermophysical measurements...
A photothermal technique for ultra-high resolution measurements of thermal diffusivity of liquid mix...
A new Optical Fiber Thermal Wave Resonance Cavity (OF-TWRC) technique was used to determine thermal ...
The conventional thermal-wave resonator cavity (TWRC) technique was modified by using an optical fib...
The thermal-wave resonant cavity technique has been used to measure thermal diffusivity of sucrose s...
A technique is proposed for thermal diffusivity measurement in fluids. It is based on the Angstrom m...
The newly developed Optical Fiber TWRC technique or shortly as OF-TWRC was used to determined the th...
The thermal diffusivity and effective infrared emissivity of water–methanol mix-turesweremeasuredat ...
A new technique for measurement of the thermal diffusivity is presented here. The technique is a mod...
The metalized optical fiber tip was used to generate thermal wave instead of metal foil attached to ...
The application of optical-fiber thermal wave cavity (OF-TWC) technique was investigated to measure ...
Abstract A modification of the Angstroem's method for measurement of thermal diffusivity is pre...