Sentence examples for each type of experimental from inspiring English sources

It was found that the measured weld hydrogen contents were almost constant since they arose from the flux/binder combinations which were the same for each type of experimental electrodes.

Variances differ considerably between the lineages within each type of experimental conditions.

Obstacles to automating this process include technical difficulties in translating annotations into proper biochemical activities, and also the fact that methods for model refinement have been designed and applied separately for each type of experimental data.

For each PPI, each type of experimental evidence was only counted once regardless of the number of databases in which it was found, and the total number of experiments for each PPI is the ExperimentScore.

Second, CV terms have to be used in specific places in the file — these are defined by 'mapping files', formally defining which CV terms must, should or may be used in different parts of the format, according to each type of experimental workflow.

The direct assembly process (DAP) is applied to fabricate some pressure sensor samples of each type for experimental evaluation.

For each experiment, the type of experimental perturbation and the implementation of this perturbation in the form of the intitial marking of the Petri net of Figure 8a is indicated.

Contrary to original expectations, it has been proven that their expression level can vary extensively with tissue type and (experimental) conditions, and that their use needs to be validated for each type of tissue and every experimental setup [ 26- 28].

The entity-relationship (ER) diagram of the current database is shown in Figure 2. Eight MySQL tables were set up that include a 'studies' table, a 'gene_annotation' table, and six tables for data categories, each representing a different type of experimental data.

For each type of test, the test setup, experimental procedures, full experimental load deformation histories and key test results are reported in detail.

Three types of models are presented, which differ with each other in terms of complexity, type of experimental results used in their calibration and the ability to simulate nonlinear monotonic or cyclic lateral static behaviour.