Sentence examples for better that previously from inspiring English sources

The commission's surcharge followed a statistical review of national incomes which showed that Britain's economy had performed better that previously thought - which in turn meant that it was obliged to make an extra contribution to the EU budget.

This result is slightly better than that previously reported by Méthivier et al. (~425°C) [15].

Two-photon performance of the photodetectors is better than that previously reported for MAPbBr3 photodetectors.

Fitness between the observed G functions and the ones obtained from simulated RSA processes was better than that previously found with homogeneous Poisson processes, although the observed curves tended to be located slightly to the left of the RSA curves (Fig.  3 and Supplementary Figs 1 10).

Moreover, the resolution they achieve with just ∼30,000 ribosomes is better than that previously achieved with more than a million ribosomes, allowing small details inside the ribosome – such as ß-strands and bulky amino-acid side chains – to be resolved with cryo-EM for the first time.

Fifty-seven percent of the 31.A2 fractures treated here with a fixed implant that did not allow sliding revealed 1-year mobility outcomes that were better than previously published figures.

The economy logged a solid 3.8% growth rate in the first quarter of 2005, a performance that was better than previously thought and a fresh sign the expansion is on firm footing.

The only major country that is doing better than previously thought is Japan, where the government of Prime Minister Shinzo Abe has been trying to revive the economy through aggressive monetary and fiscal policies.

Using a cross-validation methodology we demonstrate that both support vector machines (SVMs) and random forests (RFs) based methods produce recognition models that are significantly better than previously published methods.

Interestingly, when we overexpressed Arabidopsis SND2 in Eucalyptus xylem (Table 5), we observed a phenotype in better agreement with that previously reported for Arabidopsis [ 21].

It is reasonable to believe that most control methods used for fine and ultra-fine particles and also for gases will be useful for controlling nanoparticles, but there is no reason to expect that application of these methods to new nanoparticle generation processes will result in better control than that previously demonstrated for microscale powders and gases (Aitken 2004).