The phrase "a relaxation from" is correct and usable in written English.
It can be used when referring to a break or relief from stress, work, or responsibilities.
Example: "After a long week of work, I look forward to a relaxation from my daily routine during the weekend."
Alternatives: "a break from" or "a reprieve from".
But social ostentation was only a relaxation from phenomenal bouts of work 14 to 16 hours spent writing at his table in his white, quasi-monastic dressing gown, with his goose-quill pen and his endless cups of black coffee.
Especially the three genes that show a loss of a functional domain for protein interactions in D. sechellia could provide strong candidates for genes involved in the secondary loss of the encapsulation ability in this species, although these molecular signatures could also reflect a relaxation from balancing selection.
In the thermodynamic limit N→∞ the CV would decay to 0 whenever λ̅ is high enough to destabilize the spontaneous state, as the transition would consist in this case on a deterministic relaxation from an unstable to a stable state.
In a remarkable demonstration of physical acting from the talented Drigan Lee, he cowers there helplessly until Susan coaxes him out and slowly gets him upright again, improvising a relaxation regimen from her years of yoga classes.
Kuang, Ding, and Park discovered that the SymNMF (symmetric nonnegative matrix factorization) objective function is also equivalent to normalized cut and ratio association objective functions with a relaxation different from that in spectral clustering [13, 14].
Like Roosevelt, King George derived a beneficial relaxation from stamps.
"It's a little relaxation from the trading floor, pure creativity," she said.
For the refractory properties (Fig. 3c) the behavior of the rest E L was notably different from the pyramidal case and did not show the biphasic response seen in Fig. 2b but rather a simple exponential relaxation from a hyperpolarized reset.
There was never any relaxation from the first note to the last".
It is usually assumed that fluorescence emission occurs, after dipolar relaxation, from a relaxed state and thus that the emission wavelength is independent from the excitation (Kasha rule) [21].
There's a relaxation that comes from doing something over and over.
