Sentence examples for wide variety of sampling from inspiring English sources

The ratio of means (Eq. 4.1) (Cochran 1977, Sects. 6.2 6.4), mean of ratios (Eq. 5.1) (Hartley and Ross 1954) and probability proportional to size (PPS) sampling (Eq. 7.1) (Cochran 1977, Sect. 9A.2; Särndal et al. 1992, Sect. 3.6; Schreuder et al. 1993, Sect. 3.2.3; Gregoire and Valentine 2008, Sect. 3.3.1) estimators have been in long use in a wide variety of sampling contexts.

Behavioral surveillance focusing on risk of seroconversion is relatively inexpensive and can be implemented with a wide variety of sampling strategies that can lead to findings that can be generalized.

The distributions of such parameters should have important implications on the choice of sampling method, yet this is not apparent in current HDSS methods and a wide variety of sampling procedures are utilised, not least with regards to their complexity (19, 22– 22).

SCM measurements on a wide variety of samples are discussed.

Altogether, these results suggest that µLAS is applicable to a wide variety of samples and allele-length heterogeneity contents.

Scientists say that a wide variety of samples will help them identify disease-fighting plants in the nectar, which could help fight MRSA and Clostridium difficile.

Typical applications of this robustness test found in literature covering a wide variety of sample matrices are briefly discussed in this review.

A wide variety of sample irradiation facilities is available in the MITR, with fast (E>0.1 MeV) and thermal neutron fluxes up to 1.3x1014 and 5x1013 per cm2 per second.

This equation, which was satisfactorily tested among a wide variety of samples representing different lithologies, gives very close results with the measured values within an acceptable range of error.

After being tested among a wide variety of samples representing different lithologies, the equation gives acceptable values of porosity with reasonable accuracy specifically where no porosity tools other than sonic logs are available.

Due to the increasing use of nanoparticles (NPs) in consumer products, it becomes necessary to develop different strategies for their detection, identification, characterization and quantification in a wide variety of samples.