Both simulations and experiments show that the method is a high precision and real-time measurement technique for chlorophyll fluorescence lifetime.
In this study, a new real-time measurement technique for the characterization of the water leaching behavior of space holding particles from titanium scaffold preform for bone tissue engineering was developed.
Here, using a real-time spectral measurement technique based on a scanning Fabry-Pérot interferometer, we observe long-living narrowband components in the random fibre laser's spectrum.
The real-time spectral measurement technique based on the FPI has allowed to observe individual narrowband spectral components in the radiation of the random fibre laser.
We use a real-time spectral measurement technique based on a high resolution, fast scanning Fabry-Pérot interferometer (FPI) to reveal the dynamic evolution of the random fibre laser spectra.
A new experimental technique for fast electrochemical impedance spectroscopy (EIS), compatible with both the frequency domain and the time domain measurement techniques, is described.
The electrical resistivity of CF/geopolymer composites was systematically investigated as a function of CF concentration, liquid to ash ratio (L/A), curing temperature, aging time, measurement frequency, and measurement technique.
A real time nondestructive temperature measurement technique based on laser holographic interference tomography technique is presented.
Structure evolution that took place during the constrained annealing of uniaxially constrained width oriented Poly (ethylene terephthalate) and Poly (ether imide) blend films was studied using real time spectral birefringence measurement technique and off line differential scanning calorimetry, wide and small angle X-ray scattering and mechanical testing.
We report a real-time differential phase measurement technique which can be implemented in optical surface plasmon resonance biosensors.
