The elegance of this concept is that by using an almost identical detection principle and differently functionalized tips or cantilever surfaces, we can detect subtle sample interactions (mechanical, electrical, thermal, and chemical) with a significantly more compact system than with optical beam deflection techniques.
The detection principle is validated by several experiments.
Additionally, gene detection principle, amplification strategies and their applications are also discussed.
To date no true detection principle has been recognized as the best candidate for such application.
After introducing the detection principle, the details of the detector design are considered.
The detection principle is based on electrochemical differential pulse anodic stripping voltammetry (DPASV).
The device pairs a fluid-filled microtorus with a thermal detection principle based on thermal convection.
The detection principle is based on multiple elastic neutron proton scatterings in stacked organic scintillator layers.
Their detection principle is based on the recognition of a target molecule by affinity receptors fixed on a solid surface.
The detection principle was based on determination of phenol which was produced by enzymatic reaction in the E. coli solution.
After a brief reminder on the detection principle in Liquid Xenon, the individual detectors will be described.
