Sentence examples for components improvements from inspiring English sources

Although the early design of all-polyethylene component was largely replaced by metal-backed components, improvements in polyethylene wear characteristics, component design, and surgical technique have renewed interest in all-polyethylene (InLay) components.

The aim of the IMCI public health strategy is to reduce child mortality and improve child health and development and includes three components: improvement of case-management skills of health staff though the provision of locally adapted guidelines, improvement of health systems and improvement of household and community practices [ 14].

In order to develop applications of ion implantation for precision tooling, moulds and large number of engineering components, improvement in the MEtal Vapor Vacuum Arc (MEVVA) source implantor for industrial ion implantation now offers more attractive costs per unit area and a potentially greater throughput.

The indications were: twenty cases of equinus deformity or other foot deformities with equinus components (improvement of 7° (±6°, 0° - 20°)) and twice lost dorsiflexion capacity (improvement of 8° (±4°, 5° - 10°).

With their vastly shorter production cycles, makers of small satellites can thus take advantage of component improvements and price reductions as they become available.

Finally, further component improvements and efforts toward integration maturity are underway, with the goal of establishing functional prototypes for SNM field testing.

For example, when considering the intrinsic value component "improvement of efficacy", it is generally agreed that, all else being equal, an intervention that brings major efficacy improvement has a higher value than one with minor improvement.

Plasma etching, as surface treatment technique, is becoming more common for TE application, through modifying the surfaces of implantable devices and medical components, where improvements in wear, friction, and biocompatibility are required.

The results of the advanced exergy analysis suggests that CO2-Throtteling valve, CO2-compressor and cascade heat exchanger are the components where improvements are necessary while conventional exergy analysis cannot provide such recommendations.

The main implementation challenges are discussed in addition to the comprehensive energy and exergy analyses which provide deeper insight into the performance of the system components, potential improvements and limitations.

Finite element electrostatic modeling software is used to evaluate the electric field distribution around the sensor components, and improvements are incorporated at the design stage to minimize the possibility of electrical breakdown in the prototype device.