The phrase "atomic applications" is correct and usable in written English.
It can be used in contexts related to software development, programming, or technology, often referring to applications that are modular or can function independently.
Example: "The development team is focusing on creating atomic applications that can be easily integrated into larger systems."
Alternatives: "modular applications" or "independent applications".
This entails the need for (i) the atomic application of reconfigurations with roll-back mechanisms triggered when the application fails; (i i) resuming the execution of the system in a state that is consistent (as much as possible) with the interrupted state; and (i i i) keeping the system in line with its functional and non-functional requirements.
In order to assist computational design of refractory alloys that are indispensable for nuclear applications, the atomic mobilities and the related kinetic implications for bcc Nb W, Nb–Ta, Zr Mo and Zr Hf alloys are studied in this work, based on the CALPHAD framework and the DICTRA software.
Atomic force microscopy applications extend across a number of fields; however, limitations have reduced its effectiveness in live cell analysis.
We proposed and demonstrated a flexible and effective method to design and fabricate scanning probes for atomic force microscopy applications.
Carbon coatings, for atomic oxygen sensor applications, have been deposited onto alumina substrates and subjected to atomic oxygen and various heat treatments.
The research at FAIR will cover a wide range of topics in nuclear and hadron physics, high density plasma and atomic physics, and applications in condensed matter physics and biology.
Here we discuss that this collection of structures contains excellent examples of nine collective observations: molecular glues, allostery, inhibitors, molecular mimicry, promiscuous binding sites, unexpected electron densities, natural selection at atomic resolution, and applications in structure-guided mutagenesis and small molecule design.
In terms of microelectronic applications, atomic layer deposition (ALD) is the most attractive technique for the deposition of CeO2.
As for cancer applications, atomic force microscopes have been used to monitor the super-coiled state of DNA, which is preferential to the binding of the tumor suppressing protein p53 [ 56].
This shows that the EAM potential fitting procedure thus developed is suitable for atomic-level engineering applications.
