Sentence examples for commercial setups from inspiring English sources
Cross-talk can be reduced or prevented by fast alternating excitation, but the technology is not easily implemented in standard commercial setups.
12– 16 Herein, we revisit the treatment of the cross-talk artifact, which is a major obstacle during the implementation of dcFCCS in standard commercial setups.
The ability to quickly assess and correct for cross-talk is of vital importance, because the most widely used commercial setups that combine FCS and confocal microscopy do not routinely offer fast alternating excitation schemes during FCS acquisition.
Because commercial setups are large, carefully controlled, and located away from residential areas, meat and fish are usually allowed into the compost pile.
The commercial setup is limited to the separation of the converters up to 1 m.
A commercial setup specifically designed for measuring extremely low mobilities has been used.
The commercial setup has been modified by increasing the distance for one of the converters using precision coaxial cables and avoiding the use of amplifiers.
Firstly, thermal diffusivity of YCSZ coatings was determined by using a commercial setup and the obtained results were used to calculate the values of thermal conductivity.
The monochromatic incident photon-to-electron conversion efficiency (IPCE) spectra for the fabricated solar cells were measured using a commercial setup (QTest Station 2000 IPCE Measurement System, Crowntech, Macungie, PA, USA).
Unloaded shortening velocities were determined with two different methods using a commercial setup (Scientific Instruments, Heidelberg, Germany): Force velocity relations were recorded using the technique of isotonic load clamping: briefly, shortening velocities were recorded at constant loads clamped to values between 5 and 30% of the force during activation.
Coherent anti-Stokes Raman scattering (CARS) microscopy of primary HSCs was performed using a commercial setup consisting of a picosecond laser source and an optical parametric oscillator (picoEmerald; APE, Germany; HighQ Laser, Austria) integrated into a Leica SP5 confocal microscope (Leica Microsystems, Inc).
