The phrase "a continuous setting of" is correct and usable in written English.
It can be used when describing an ongoing or uninterrupted environment or context, often in relation to events, activities, or experiences.
Example: "The play takes place in a continuous setting of a bustling city, highlighting the characters' interactions with their surroundings."
Alternatives: "an ongoing environment of" or "a persistent backdrop of".
In contrast to classical physics, where an electron's orbit can assume a continuous set of values, the quantum mechanical angular momentum is quantized.
The data registers on the AVR, like the Flash program memory, are organized as a continuous set of addresses, but with different specialized sections.
The existence of a continuous set of asymptotic approximations to the Green's function G is shown.
Instead, the book shows the evolution of a continuous set of negotiations of various actors on the idea of constitution in the Ottoman Empire and thus sheds light on the social construction of the idea of justice and constitutional law.
The micromorphological characteristics of a continuous set of block samples from 24 38 m depth in a well section on Jiuzhoutai Mountain, Lanzhou, China, are described.
Volterra was appointed professor of rational mechanics at Pisa in 1883, the year he began devising a general theory of functionals (functions that depend on a continuous set of values of another function).
Smiles comprise a set of non-verbal graded signals, running through a continuous set of changes from a simple closed-mouth smile all the way to a full, open-mouthed grin.
For validation purposes, this methodology is applied to a PKM, obtaining a continuous set of possible kinematic parameters values for its architecture which is capable of fulfilling several performance requirements over a desired workspace.
Starting with experimental data, which are fields radiated by a source situated at a certain number of given points in a continuous set of possible positions of anti-noise sources, diffuse approximation allows prevision of fields radiated by a source at any point in the set, with field gradients relative to the co-ordinates of the source.
In this work, the microstructural evolution of Cu6Sn5, in a Cu/Sn soldering reaction at 523 K, was experimentally investigated by dipping a single Cu sample into molten Sn at a near-constant speed, yielding a continuous set of time evolution samples.
