Sentence examples for operational quantum from inspiring English sources
The operational quantum yield of PSII (ΦPSII) was calculated from the steady-state fluorescence (Fs) at each irradiance and the maximum fluorescence measured after a saturation pulse (Fm') at the end of each irradiance interval, from (Fm' Fs)/Fm' [6].
The same was true, but to a smaller extent, for the operational quantum yield of this species.
As for the operational PSII quantum efficiencies, there was a tendency for reduction with increasing dissolved CO2 concentrations.
Φ PSII, or operational photosystem II quantum yield, evaluates the net efficiency of photosystem II photochemical processes and is considered to be the fluorescence index of the rate of linear photosynthetic electron transport.
In his earlier work, Stapp (1993) starts with Heisenberg's distinction between the potential and the actual (Heisenberg 1958), implementing a decisive step beyond the operational Copenhagen interpretation of quantum mechanics.
The operational lifetime of high quantum efficiency photocathodes in these guns is determined by the vacuum conditions, through phenomena such as chemical poisoning and ion back-bombardment.
This work investigates the sensitivity of resulting harmonic distortion (HD) and inter-modulation distortion (IMD) to changes in subcarrier amplitude, laser bias current operational parameters and laser quantum efficiency, laser active layer volume and laser carrier life time design parameters.
The option for tuneability of the fringes in a delayed-choice setup stringently marks the conception of the time in the quantum theory, operational meanings of the state vector reduction and raises questions about Ψ-ontic models while helping to shed out the controversies surrounding the quantum eraser theme.
Rédei and Valente (forthcoming) formulate a condition of operational separability for an algebraic quantum field system in order to argue that quantum field theory can be squared with the principle of local action.
Quantum Machines, an Israeli startup launched by three Ph.D. physicists, wants to build the operational and control layer for quantum computing.
Most of the operational principles of nanodevices rest on the nature of quantum states in nanostructures.
