Sentence examples for nanometric accuracy from inspiring English sources

With recent development in advanced manufacturing, demand for nanometric accuracy in dimensional metrology has increased dramatically.

Ultra-precision diamond turning is widely used in manufacturing the optical surfaces with nanometric accuracy.

The diameter, interparticle distance, and shape of nanoshells can be tuned with nanometric accuracy by changing the experimental conditions.

The advantages of using an atomic force microscope reside in the nanometric accuracy in feature positioning and in the possibility of directly applying multistep processes on pre-patterned substrates with no need for alignment tools and/or photoresist coating.

In most cases, these surfaces are required to have sub-micrometer form accuracy and nanometric surface topography.

Ultra-precision freeform surfaces are non-rotational symmetric surfaces possessing sub-micrometer form accuracy and nanometric surface finish.

There is an increasing need for compact desktop-size nanopositioning systems that can provide motion range of the order of several millimeters and yet achieve nanometric precision, resolution, and accuracy.

Ultra-precision cutting is one of the most common methods in realizing the nanometric surface roughness and sub-micrometric form accuracy.

Ultra-precision cutting is one of the most efficient and low-cost methods in realizing the nanometric surface roughness and sub-micrometric form accuracy.

In nanometric cutting, processing in the nanometer range and extremely high surface accuracy are needed.

Nanometric cutting can be used to produce micro/nano-components with nanoscale surface finish and sub-micron level form accuracy for many applications such as micro-electro-mechanical systems (MEMS) and nano-electro-mechanical systems (NEMS) [1, 2].