The phrase "a property of the sample" is correct and usable in written English.
It can be used in contexts related to research, statistics, or scientific analysis when discussing characteristics or attributes of a sample being studied.
Example: "The mean is a property of the sample that helps us understand its central tendency."
Alternatives: "a characteristic of the sample" or "an attribute of the sample".
Statistical testing is inappropriate for assessing balance between treatment groups because balance is a property of the sample and not of an underlying population [ 26, 27].
As KTP and KTA are isomorphs, this agrees with the idea that it is a property of the sample itself, as well as the phase shift, that defines the relative satellite intensities.
As the phase shifts of the 002 and 004 KTP reflections are similar to both possibilities of the LN 006 phase shift, but not to one another, it is inferred that it is a property of the sample itself, and the phase shift, which influences the relative satellite intensities.
This is the sense in which a random sample is random: it is an unbiased representation of the population from which it is drawn and that is a property of the entire sample, not each individual member.
A property of the large-sample behavior of KNN is described in the following theorem [ 31]: THEOREM: Let E* denote the error rate of the Bayes rule in a C-class problem, i.e. the best possible error rate for the classification problem.
Although asymptotic normality is a property of large-sample analyses, in population pharmacometrics, the sample size is usually not large enough to justify this assumption.
UV Vis spectra were used to study the optical property of the samples in a drug release experiment, using a Perkin Elmer Lambda 35 spectrophotometer.
The gelation process of Fmoc DOPA DOPA was also accompanied by a change in the optical properties of the sample, transforming from a turbid viscous solution to a semitransparent hydrogel.
The width of the focus defined by Eq. (3) is a measure of the scattering properties of the sample in a similar way as the dynamic confocal signal, which is strongly correlated to it (Fig. 5).
As a result, the electrical properties of the sample are seriously degraded.
The results showed that the first step of the process (thermal treatment under pressure) affects the structure and properties of the sample, to a greater degree, these effects being especially pronounced in the case of mesophase.
