Sentence examples for suitable and flexible from inspiring English sources

Thus, micro-reaction provided a suitable and flexible way for producing composition and size-controlled Au-Ag alloys.

Among various physical and chemical methods for preparation of zirconium oxide thin films [14, 15, 16, 17, 18, 19, 20, 21, 22], post-annealing of zirconium layers is a simple, low-cost, suitable, and flexible method.

We focus on the multivariate complex t-distribution, since it has long been recognized by several authors from both the statistical (see, e.g., [6] and the references therein) and the signal processing communities (see, e.g., [10 13]) as a suitable and flexible model able to describe the heavy-tailed behavior of the measurements in many practical applications (e.g., radar detection).

DES is a suitable and flexible technique for modelling heterogeneous and complex diseases with numerous interdependencies such as schizophrenia.

These characteristics make it a suitable and flexible assay system for the development and testing of tau-based treatment strategies, with the ultimate aim of finding intervention and prevention strategies for human tauopathies.

The methodology proved to be a suitable, simple and flexible procedure for solvent selection at the initial stages of the crystallization operation design, being able to be upgraded for advanced stages of the crystallization process development.

The possibilities of accurate positioning of the moving pallet and controlling multiple pallets on the surface make the emSS suitable for reconfigurable and flexible manufacturing systems.

The KINDL-R was evaluated to be a methodologically suitable, psychometrically sound, and flexible measure to assess the QoL in children and adolescents (27– 27).

Compared with other methods to prepare Pt CEs, chemical reduced method is simple and suitable for flexible polymer substrates and the large scale preparation of DSSCs.

2D materials have very low absorbance value (<10%) and high conductivity, making them suitable for flexible and transparent electronic applications such as liquid crystal devices and solar cells [150, 151].

We provide both analytical and numerical evaluation of the proposed framework, and in either case we prove this latter to be a suitable approach to efficient and flexible spectrum utilization.