Sentence examples for material surface characteristics from inspiring English sources
The effect of material surface characteristics was attributed to different hydrodynamic conditions of air boundary layer.
A six-parameter model of BRDF is built according to material surface characteristics.
Material surface characteristics can be suggested as the important factors that influence the response of blood to materials.
The obtained results indicate a strong influence of the reference building material surface characteristics on the photo-induced hydrophilicity, photocatalytic and self-cleaning properties of the newly designed TiO2 ZnAl LDH coatings.
Plasma nitriding of pure niobium was investigated using a dc square waveform pulsed power supply of 5.0 kW, aiming to change the material surface characteristics due to heating and physical chemical reactions caused by the ions and fast neutral bombardment during the treatment.
The material surface characteristics including the high surface roughness, the high surface free energy, the low contact angle and other characteristics such as ultrafine grain structure and the chemical composition play key roles in increasing the antibacterial behavior of the surfaces.
In this paper, we briefly discuss the relationship between materials surface characteristics and cells for biomaterials designs in these categories.
Secondary goals were to determine the effects of graft material, implant surface characteristics, and simultaneous versus delayed placement on survival rate.
We describe a set of recently developed benchtop techniques that provide a straightforward way to generate libraries of fibrous surfaces with a wide range of finely tuned, nearly arbitrary geometric, mechanical, material, and surface characteristics starting from a single master array.
Other factors that are of influence of a systems' resistance to screw loosening include lubrication, screw design, screw material, and surface characteristics [16-20] [16-20]
The importance of AFM lies in its capability of providing a better understanding of materials' structure, surface characteristics, and the interactive forces at the meso and nanoscale level.
