"chance orientation" is an acceptable phrase in written English.
It generally describes a situation in which the outcome of a situation is due to luck or chance. For example, "The team's chance orientation enabled them to win the match despite the odds."
As demonstrated for the stepwise thermal demagnetization (Fig. 6a), we did minimize the chances for orientation error and acquisition of spurious magnetization by avoiding manual handling of the specimen.
Due to a continuous series of remanence measurements combined with thermal demagnetization or partial thermoremanent magnetization (TRM) acquisition in a magnetic shield case without manual handling of a specimen, the chance of an orientation error or acquisition of spurious magnetization is almost completely eliminated.
Second, the chance of an orientation error or acquisition of spurious magnetization is almost completely eliminated, because a series of remanence measurements combined with thermal demagnetization or pTRM acquisition continues in a magnetic shield case without manual handling of a specimen.
The constantly changing perspective and streaks of paintlike color that seem to float in midair remove any chance of spatial orientation.
Under experimental conditions it turns out that although D.F. is at chance when identifying the orientation of a broad line or letter-box, she is almost normal when posting a letter through a similarly-shaped slot oriented at random angles.
I wonder if there's a chance that his sexual orientation could harm his chances at winning.
That is why we chose to apply an exact statistical testing procedure that can accurately estimate the variance of orientation by chance in our setting [ 34].
Tubes were turned upright for 2 min, and then the 15 min sedimentation was repeated to allow cubes initially settled in the wrong orientation a chance to reorient and bind.
Whereas in NOTCH1 and RELA gold standards results become statistically indistinguishable from orientation by chance when the sample size is <80-100, in YEAST and ECOLI gold standards the methods yield statistically significant results for smaller sample sizes.
Whereas in NOTCH1 and RELA gold standards it takes only 5-105-10%noise to make the results statistically indistinguishable from orientation by chance, in YEAST and ECOLI gold standards the methods can tolerate much higher proportions of noise and still produce statistically significant results.
