Sentence examples for technology compatibility from inspiring English sources

These results suggest that the composite grating structures promise efficiency enhancement in ultrathin solar cells with improved technology compatibility.

Some students hold prejudices about the nature of calculus knowledge and technology compatibility in terms of visualization, especially students who are in the traditional group.

The findings demonstrated the importance of complex contextual matters such as technology compatibility, network reliability, clear communication, logistics and support available for students when implementing new computerised approaches to high stakes assessment.

Oxide thin films synthesized using the sol gel technique have the advantages of low cost, high thickness control, tunable refractive index and silicon technology compatibility, properties that make them potential materials for optoelectronic applications.

This review therefore focuses on existing and proposed technological approaches to gas desorption in engineered anaerobic wastewater processes, with specific emphasis on technology compatibility and downstream gas phase management.

Other parameters, except OPEX and CAPEX, that are taken into account by engine OEM's in the process of evaluating different technologies include: Reliability of the technology Serviceability of the technology Flexibility of the technology Compatibility with other technologies Compatibility with different fuels.

Consider the content-technology compatibility.

The conceptual model developed prior to mathematical formulation addresses waste-to-technology compatibility and HW processing residues to assure applicability of the model to real-life HWMSs.

In this vision, protocols would be simpler (for instance, why bother with hidden terminals in contexts where they are not present?), and backward or cross-technology compatibility would not be an issue any more.

The state of each of those technology's compatibility with Windows is given below.

Debates gained a new dimension, especially with the increase of computer software programs, graphing calculator interface, and learning objects (e.g., graphing, numerical algorithms, calculations, modelling) which were developed for certain instructional objectives; technology's compatibility with a student, concept, and teacher objectives was also studied.