Sentence examples for method for extensive from inspiring English sources

We applied the orthogonal experimental design using the Taguchi method for extensive parametric analysis and determined the most influential factor.

A new method for extensive and homogeneous functionalization of carbonaceous materials with nanostructured nitrogen functionalities is presented.

Here, we present a detailed description of a new method for extensive mandibular reconstruction using open-source virtual design software and a desktop 3D printer.

The article points out the insufficiency of traditional measuring means applied for large-scale landslide monitoring and proposes the method for extensive landslide displacement field monitoring using high-resolution remote images.

At the NCTBLD in Tbilisi, Georgia, no method for extensive genotyping or strain identification was implemented prior to this work.

At the process level, more efficient water and energy use and food production could be possible if methods for extensive biomass fractionation, process integration and optimisation are developed.

FRED offers methods for extensive data processing as well as methods to assess and compare the performance of the prediction methods.

The authors took up the same method for further extensive evaluation in[48] under various conditions of comparison of performance where, for example, HVS models and grid detector are omitted or included.

Not only its satisfactory expansion potential, but more importantly the cost and operational advantages over traditional monolayer culture make this system a feasible alternative method for the extensive expansion of chondroprogenitor cells.

Interested readers are referred to [43] for survey on the use of classic relevance feedback methods and [44] for extensive bibliography of papers on implicit feedback, or any modern information retrieval (IR) textbook for the detailed introduction of relevance feedback.

In contrast, results for samples containing 100 nm AuNPs were inconclusive with respect to recovery and size distributions because of problems with the separation system that probably related to the size and high density of these nanoparticles, highlighting the need for extensive method optimization strategies, even for nanoparticles of the same material but different sizes.