Sentence examples for broad range of fiber from inspiring English sources

In the present contribution we analyze these correlations for different types of electrospun nonwovens for a broad range of fiber diameters on an experimental scale The nonwoven considered are composed of polyacrylonitrile (PAN) and polyamide 6 (PA 6) fibers.

The resulting major sieved pulp fibers were distributed over a broad range of fiber lengths, from approximately 150 μm to approximately 1,850 μm (Table  2).

These images clearly depicted that there was no correlation between the tip diameter used and the average fiber diameter obtained in the solution electrospinning process, but a broader range of fiber diameter was obtained with a bigger needle diameter.

Given that H2S has a broad range of physiological functions, H2S-fibers hold great potential for various biomedical applications.

Thus, UHMWPE can play the role of matrix and fiber in a broad range of composite materials, depending upon the application.

These great reactive properties can be implemented as self-disinfecting fibers in a broad range of applications.

The best-studied prototype of the MARTX group is VcRtxA (or MARTX Vc ) from V. cholerae, an over 4500-amino-acid-residue-long 4500-amino-acid-residue-long 4500-amino-acid-residue-long 4500-amino-acid-residue-long 4500-amino-acid-residue-long, 2000).

Three examples that arise in a broad range of engineered systems, from microelectronics to biologically inspired fiber array adhesion, are used to illuminate the stability criteria.

This renewable plastic based on sugar has high thermal stability, as well as superb biodegradability, and has been demonstrated in a very broad range of applications including molded products, films, foam, and fiber.

Encoding a helical shape into straight fibers could bring unprecedented properties and explore applications in a broad range of areas; this has been difficult for graphene oxide (GO) fibers due to their relatively poor mechanical property and processability.

We establish a broad range of applications for this method by characterizing collagen fibers, neuronal axons and fibroblasts in the context of cancer diagnostics, traumatic brain injury and cell-matrix interactions in developing engineered tissues.