Sentence examples for materials which needs from inspiring English sources

Also, there is a complex relationship between the nanostructure and charge transfer in organic materials, which needs to be understood and controlled.

Together with other manufacturers, it is looking at eco-sensitive materials, which need to be natural but also to do the job in hand well.

The use of water-soluble polyNIPAM nanoparticles as core templates for making capsules offers significant advantages over conventional core materials which need extra efforts for removal.

Synthesis of NCs using nonthermal plasmas has become a viable method even for materials, which need to be produced in crystalline form requiring high temperatures, such as Si [10, 11] and Ge [12].

Radon (222Rn), thoron (220Rn), and their decay products contribute a major fraction (more than 50%) of doses received from ionisation radiation in public domain indoor environments and occupation environments such as uranium mines, thorium plants, and underground facilities, and are recognised as important radiological hazardous materials, which need to be controlled.

Yield strenght is a property of the material which needs to be experimentally determined by uniaxial compression or uniaxial tension test.

A possible impurity in this raw material which needs to be controlled is the bisfunctional maleimide-PEG, which has a similar average molecular weight to mono-mal-PEG.

However, investigations using fast P a O 2 sensors have not yet been conducted in human patients because early embodiments of these sensors contained ruthenium, a toxic material, which needs to be exposed in order for the sensors to achieve a sufficiently rapid response time.

Portable fire extinguishers are valuable for immediate use on small fires because they contain a limited amount of extinguishing material, which needs to be used properly or it will be wasted.

In fact, life tests play a central role in the design of mechanical systems, as their structural reliability depends in part on the fatigue strength of material, which need to be determined by experiments.

For smaller beam intensities, there could be a spatial distribution of secondary electron emission that would limit further nanodot size reduction, while for stronger beam intensities, there could be such issues as the instrumental beam focusing capability and the precursor availability that will affect the size and shape of the deposited material, which need to be further examined.