The phrase "alternating exposures of" is correct and usable in written English.
It can be used in contexts where different types of exposures or experiences are being alternated, such as in photography, research, or experimental settings.
Example: "The study involved alternating exposures of the subjects to different lighting conditions to assess their reactions."
Alternatives: "intermittent exposures of" or "varying exposures of".
Mr. Jacobs made it by digitally alternating exposures of both sides of an antique stereoscopic photograph.
Atomic layer deposition (ALD) is a key process for making highly uniform and conformal thin films for nano-devices by alternating exposures of a surface to vapors of two (or more) different chemical reactants.
Pairs of images were collected every 2 seconds at alternating exposures of 340 nM and 380 nM (exposure time 70 ms) using a Polychrome V monochromator and CCD Imago camera (Till Photonics, Germany).
The diode was forward biased with the constant voltage of 0.1 V. Figure 7 shows current transient responses of the diode GaN-Pd-C upon alternating exposure to the flow of the gas blend 0.1%H2/N22 and of the air.
Upon alternating exposure to the flow of the gas blend 0.1%H2/N22 and of the air.
Figure 6 shows current transient responses of the diode InP-Pd-C upon alternating exposure to the flow of various gas blends H2/N2 and air.
Upon alternating exposure to the flow of gas blends H2/N2 and air.
This can be reversed by applying redox-cycle operation, an alternating exposure of the catalyst to oxidative and reductive environments.
Oxygen transfer in RBCs behaves differently than in other biological reactors due to the special oxygen supply mode that results from alternate exposure of the biofilm to wastewater and air.
Atomic layer deposition (ALD) is a gas-phase thin film deposition technology characterized by the alternate exposure of chemical species with self-limiting surface reactions, providing extremely high uniformity, as well as thickness and composition control for the deposition of various oxides, nitrides, and sulfides [8 11].
The step-by-step assembly, by which alternate exposures to the solutions of PMo12 AuNPs and either anilinium cations or pyrrole monomers, was utilized to grow in controlled manner hybrid network films in which the negatively charged PMo12 AuNP deposits were linked, or electrostatically attracted, by ultra-thin, positively charged conducting polymer (polyaniline or polypyrrole) structures.
