Sentence examples for analysis is applicable for from inspiring English sources

In this paper, the conditions under which classic Hopkinson bar data analysis is applicable for fluid specimens are discussed in detail.

The modal response spectrum analysis is applicable for all types of buildings, while the lateral force method of analysis has many restrictions on its use due to the 'fear' that it would provide un-conservative results in certain conditions; however, in spite of this disadvantage, the method is still widely used due to its ease of application (Crowley and Pinho 2010).

The response spectrum analysis is applicable for all types of buildings, while the lateral force method of analysis has many restrictions on its use due to the 'fear' that it would provide un-conservative results in certain conditions; however, in spite of this disadvantage the method is still widely used due to its ease of application (Crowley and Pinho 2010).

The MBMA approach reported here for dose response analysis is applicable for other oncology drugs.

Moreover, cell impedance analysis is applicable for studying effects of pharmaceutical compounds, viral and bacterial infections, environmental parameters, toxicity, and other factors on cells.

We note that the ratiometric method of analysis is applicable for the characterization of free fatty acids as well as triacylglycerides (TAGs) and that the accumulated algal lipids are expected to be in the form of TAGs [ 31].

SEM and microprobe analysis are applicable for surface analysis or to analyze a few microns below the surface.

The described method of analysis is applicable both for microcirculatory networks and for repeating microvascular structures.

However, the analysis is applicable also for elastic-plastic behaviour, if the external load magnitude increases only, i.e. if the functionally graded beam considered undergoes active deformation (Chakrabarty 2006).

Our path coverage analysis is applicable to any closed path, for example, ellipse, with finite length when the location of the path segment covered by an arbitrary sensor is uniformly distributed over the path.

This unique assay platform is ideally suited for high-throughput analysis, is applicable to most biopharmaceuticals, and will facilitate standardization and comparison of immunogenicity data.