IV analysis relies on finding a naturally varying phenomenon, related to treatment but not to outcome except through the effect of treatment itself, and then using this phenomenon as a proxy for the confounded treatment variable.
Using this phenomenon, LED can be used for optical wireless communications, which is usually called visible light communications (VLC) [1 7].
We used this phenomenon as the basis for a primary test of the 20 K microarray.
Nikolay Kardjilov's group used this phenomenon as a measurement parameter for tomography experiments using two spin polarizers (which only allow the passage of neutrons whose spin points in a specific direction) to polarize and then analyze the neutrons.
Kato et al. used this phenomenon to provide a power source for actuators and robots.
Some authors have suggested the use of this phenomenon for water harvesting, improving power plant vapor condensation efficiency or other applied systems [1 5].
This paper presents a study of the phenomenon of stochastic resonance in quantizers, and discusses the use of this phenomenon for the detection of weak sinusoidal signals in noise.
A small scale technique was used to study this phenomenon for the adsorption of water vapour and carbon dioxide on 4A type synthetic zeolites with helium as the carrier gas.
Although priming cells before transplantation has received increased attention, harnessing this phenomenon for use in human neural precursors has not been explored.
The paper also presents the verification of Einstein's theory and determination of Planck's constant using electroluminescent phenomenon for LEDs of different colours.
