Sentence examples for high precision analyses from inspiring English sources

The obvious advantage of the study is the very large sample size, which for the first time has enabled high precision analyses of relations of blood pressures to mortality in such a low risk sample.

Haploid and double haploid lines play an important role in genomics [ 2, 3] and have been used for physical mapping [ 4], genetic mapping [ 5- 7] and for the integration of genetic and physical maps [ 8], thereby permitting high precision analyses of the relationship between megabases and centimorgans and, thus, increasing the precision in labelling candidate genes [ 9, 10].

These elements have been intensively studied at the Geological Survey of Israel (GSI) and other laboratories over the past few years, and the methods used to obtain high precision isotope analyses are discussed in detail.

The shielding and enhancement shows the potential of this scheme for a high precision gyroscope while the other analyses provide some guidance on the design optimization and self-calibration.

Sr isotope ratios have always been difficult to analyse to high precision (better than 20 ppm), because there are large differences in the abundances of the isotopes Sr, Sr, Sr and Sr.

Her research is orientated towards meteorite analyses including chronology, stable isotope fractionation and the development of new techniques for high-precision isotope analyses of geological materials.

Since α = 10-3 provided a good balance between high precision and sufficient recall to draw meaningful conclusions, detailed analyses (all analyses except the PR curve) were performed using α = 10-3.

A query with high precision can be formulated by using NLP analyses results and the region algebra.

However, this platform has been shown to have high precision (Kuhn et al. 2004) and is analysed, by default, with no background removal technique.

Finite element models are high precision method in simulation of the pile soil interaction problems however these analyses are usually complex and computationally expensive.

Repeatability, expressed as relative standard deviation of 10 successive analyses was between 5% and 9%, confirming the high precision attained under the optimized conditions.