Sentence examples for millimeter length from inspiring English sources

The complex phenomena displayed by RCF from nanometer to millimeter length scales make reliable bearing life prediction in the gigacycle regime difficult.

Our results predict the wetting time for a micrometer-sized metal drop and also indicate that the dynamic wetting patterns at the micro- and millimeter length scales are qualitatively similar.

This paper describes computational work, which addresses structural changes on two different length scales: on the millimeter length scale changes in the network-like architecture of so-called trabecular bone, and on the submillimeter scale changes in the heterogeneity of the bone material.

Using a combination of image analysis and the muscular thin film contractility assay, it was demonstrated that a fibronectin line width of 100 μm and line spacing of 20 μm is able to maximize the formation of anisotropic, engineered skeletal muscle with consistent contractile properties at the millimeter length scale.

These approaches can characterise structures spanning nanometer to millimeter length scales to define the nanostructure of individual collagen VI microfibrils and the micro-structural organisation of these fibrils within tissues to help in the future design of better mimetics for tissue engineering.

In Equation 16, the base radius (r) is in millimeter length scale while the cutoff length (xm) is in nanometer length scale.

SHELL (Sequential Hierarchical Engineered Layer Lamination) is a thermoplastic forming process that is capable of producing the third order structural complexity over the micron-millimeter length scales.

In response, populations of cells can coordinate their behaviors across micrometer-to-millimeter length scales to function as a unified whole.

Patterning of gene delivery on sub-millimeter length scales within tissue engineering scaffolds is fundamental to recreating the complex architectures of tissues.

Coupled with the inherent heat and mass transfer advantages at the sub-millimeter length scales achievable through microfabrication, the cross-flow microreactor, with an isobaric catalyst bed free of transport limitations, is an advantageous design for catalyst testing.

Subjects were instructed to respond to the described experiences by placing marks on horizontal visual analogue scales (VAS) of 100 millimeters length.