Sentence examples for park analysis from inspiring English sources
The Interactive Park Analysis Tool operates at the parcel level and provides estimates of potential park user demographics in a series of customized reports, as illustrated in this article.
The Interactive Park Analysis Tool and supporting map viewer platform (like the other tools) utilizes a client/server system architecture that provides users with access to large, detailed geospatial datasets.
Consistent with the emphasis of Bischoff-Ferrari et al., and many others, a criterion requiring documented values for achieved vitamin D status, the basis for the Parker analysis, is vitally important if systematic reviews are to be informative.
We thank Dr. Chisu Song of Vanderbilt University for critical reading of the manuscript and helpful discussions, Dr. Isam-Eldin Eltoum of the University of Alabama at Birmingham for reviewing tissue samples of xenograft studies, Dr. Sei-ichi Matsui of the Roswell Park Cancer Institute SKY analysis facility for spectral karyotyping analysis, and Irina Doubinskaia for technical assistance.
Surface morphology and roughness of the samples were obtained by means of AFM (Park Scientific) analysis with a scan rate of 1 Hz and a scan size of 1 × 1 μm2.
Our study took Park's analysis further.
W Parker: data analysis and manuscript writing/editing.
For his analysis, Park applied maximum likelihood exploratory factor analysis with direct oblimin rotation.
Structural members are generally dealt with as Beam or Bernoulli (B) Region in which Bernoulli's hypothesis of straight-line strain profiles applies (Park 2011) for analysis and design of these reinforced concrete whereas the joints or connections in reinforced concrete structures are mostly dealt with as disturbed or discontinuity (D) Region.
We also thank Zaneta Park for statistical analysis of microarray data and Christina Moon for constructive criticism of the manuscript.
Proteomic analysis (Park et al. 2007) and epigenetic profiling (Chekhun et al. 2007) studies of doxorubicin-resistant breast cancer cells confirmed the role of TG2 as a target protein to increase doxorubicin resistance.
