Sentence examples for operating techniques from inspiring English sources

Aviation operations contain air traffic management procedures such as performance-based navigation, continuous descent approaches, reduced vertical separation minimum (RVSM) and various air traffic flow management systems, beside improved aircraft operating techniques [13, 26].

This paper explains how the industry has responded, with the introduction of operating techniques, and how Governments have introduced controls, both designed to mitigate the effects of aircraft noise as far as possible, for people living near major airports.

Thus, we put forward the concept of joint exploration and development by integrating research methodologies and operating techniques for a variety of oil and gas resources to simultaneously achieve analysis, construction, gathering and exploitation of multiple hydrocarbon sources.

A key aspect of the technology concerns the identification of materials, component designs, and operating techniques suitable for handling the moderately high temperatures and pressures and aggressive environments present in many SCW processes.

The need to conform to ever more stringent emissions legislation, reduced levels of carbon dioxide (CO2), and the recently introduced Renewables Obligations Certificates (ROCs) means that conventional power stations are having to change their operating philosophy and encompass new technologies and operating techniques.

Furthermore, a selection of centers performing both operating techniques in the same time period was analyzed.

An adaptation of the original nerve-sparing operating technique [1] was performed, which is described in detail below.

Many factors that influenced the risk of infection leading to revision (treatment policy, operating technique, diagnostics, awareness, etc).

The final result of a THA implantation depends on a variety of factors, such as the product, instrumentation, operating technique, patient selection, etc.

Implantation of the CFP stem requires a major alteration of operating technique compared to conventional straight cementless stems and require specially designed instruments.

In our study, the conversion rate decreased from 22.2%% in phase 1 9 % in phase 2; while reasons of conversions in phase 1 was intra-operative complications, in phase 2 it was due to the unexpected finding (intra-operative difficulties including ventilation problems due to high adiposity) restricting the operating technique.