Sentence examples for compatibility characteristics from inspiring English sources

Titanium and its alloys offers a unique set of physical, mechanical, metallurgical and composite compatibility characteristics which helps the aerospace sector to meet economy, fuel efficiency and other global standards in a wide range of temperatures and other service conditions.

The tradespace framework identifies the relevant subsystem attributes and how they interact to govern product performance and life-cycle characteristics, and identifies the subsystem interfaces and compatibility characteristics that constrain and enable practical ground vehicles.

The aim of this study was to assess whether increasing the polymer porosity further enhanced the mechanical and cellular compatibility characteristics for use as an osteogenic biomaterial alternative to allografts in IBG.

Results show that about 0.8 mol lithium salt per mol chitosane can be added before the product losses the transparence and molecular compatibility characteristic of the pristine CHI/pAPS polymer complex.

Polymers are ideal microfluidic channel materials due to their chemical and biological compatibility, optical characteristics, fast and easy prototyping capability, and low fabrication cost.

Such a bus faces a tall order which includes: low cable cost, low interface cost, low specific weight, multi-GBit/s sustained throughput, multiplex-ability, preservation of synchronisation, high integrity, excellent electromagnetic compatibility (EMC) characteristics, low latency, low jitter, and a minimum 5 m cable span without repeaters [23].

Hence, research into the compatibility and fatigue characteristics of elastomers exposed to biodiesel becomes essential.

At levels below 8moll%, the para-methylstyrene concentration had a less pronounced effect on the compatibility and interfacial characteristics.

Selected materials were tested at 3.0 T to ensure MR compatibility and performance characteristics of the robot actuators and encoders were evaluated.

This review provides a concise overview of particulate delivery systems and outlines current research trends linking their structural properties to their functionality, e.g., matrix compatibility, stability, release characteristics and bioavailability.

The faces of low-observable radomes constructed with sandwich structures are usually made of glass fiber or aramid fiber composites due to their high specific strength and compatibility of stealth characteristics.