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The modified instrument uses trifurcated instead of bifurcated fibers for the source positions to allow us to use three instead of two wavelengths.
The new instrument uses an extremely small silicon tip that is rapidly scanned across the surface of the substrate.
This instrument uses a unique direct waveform recording technology that enables high-throughput FLT detection at high precision69.
The instrument uses the capacitive arrange developed by Randall D. Peters, Rev. Sci.
The instrument uses a conventional UV-persulfate oxidation technique to convert organic carbon to CO2.
The instrument uses the hysteresis of phase transitions to infer the solid or aqueous state of the particles.
This instrument uses selective ion gas reactions in a radio-frequency quadrupole cell to attenuate both atomic and molecular isobars.
The newly developed instrument uses a state-of-the-art band-gap silicon temperature sensor with integrated digital output.
The instrument uses standard industrial communication protocols, profibus, and a 4 20 mA current loop, for remote control and monitoring.
This instrument uses a mechanism that takes lunar variations of normal and leap years into considerations over a 30-year cycle".
The actual instrument uses several reflective cylinders nested one inside the other, so as to increase the surface area available for reflection.
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