"random rotation" is correct and usable in written English.
You can use it when you want to describe a situation, object or process that involves a consistent or unpredictable pattern of rotation. For example, "The gears of the machine clinked in a random rotation as they churned along."
Take the relevant features, rotate them with a random rotation matrix, and add them as redundant features by substituting features.
For the first time a profound interpretation of CNF diffraction patterns is given, proving the rotational disorder of the turbostratic structure and suggesting a random rotation between successive graphene cones.
Second, two strategies to equalise and optimise the workload (conduction ratio and switching frequency) of each valve are developed: 1) the circular queue schedule strategy ensures uniform workload of each valve and 2) the circular queue with random rotation schedule strategy can further decrease the switching frequency drastically by introducing randomness.
The three training procedures were; Structured Mix before Random Rotation, Random Rotation Only, and Combined Blocking.
The selection will be done by random rotation among the four active district judges.
Across participants, the Random Rotation Only procedure was most effective, followed by the Structured Mix before Random Rotation procedure, and the Combined Blocking procedure.
The tumbling of rigid molecules that is, the random rotations of molecules in solution plays a key role in the relaxations observed by nuclear magnetic resonance, particularly protein NMR and residual dipolar couplings.
One group experienced random rotations (rotation angles between −90° and +90°); the other group experienced random shearings (shearing parameters between −2.0 and +2.0; see Supplemental Experimental Procedures for details).
In CDOCKER, random ligand conformations were generated from the initial ligand structure through high-temperature molecular dynamics followed by random rotations.
This suggests that subjects who experienced random rotations had learned an adaptation strategy that was specific for the structure of the environmental variability they encountered during training.
The FLM program searches local minima of the protein-ligand complex and the free ligand by the Monte-Carlo method: random torsion deformations and random rotations-translations are applied to the ligand, and then ligand is locally optimized by the L-BFGS algorithm.
