Sentence examples for modification techniques have from inspiring English sources
Surface modification techniques have been instrumental in the development of scaffolds that promote cell-surface interactions.
Surface modification techniques have been applied to generate titanium implant surfaces that promote osseointegration for the implants in cementless arthroplasty.
For this purpose, various modification techniques have been employed such as physical adsorption of polymers to cellulosic substrates.
Surface modification techniques have the potential to shorten the osseointegration time of implants significantly contributing to patient comfort.
Over the past two decades, various surface modification techniques have been investigated and developed to improve the osteoconductivity of metallic, polymeric and ceramic biomaterials.
Surface modification techniques have become a key method in the design of materials with specific biological and chemical interactions, creating and optimizing the substrate by alteration of surface functionality or by thin film deposition [1].
The recent introduction of nanostructured surface modification techniques has opened a new chapter in the study of boiling phenomena and the development of very high heat transfer systems.
The rapid growth of chemistry modification techniques has enabled the design and development of various peptide-based imaging agents with enhanced metabolic stability, favorable pharmacokinetics, improved binding affinity and selectivity, better imaging ability as well as biosafety.
The optimal approach in this respect would be to correlate early test results with performance of the animal after behavioral modification techniques had been applied.
From the simulations and application on weather radar, it can be seen that the combination of phase predistortion and spectrum modification technique has good sidelobe suppression performance.
From Figure 14, it can be seen that spectrum modification technique has good suppression effect for the sidelobes neighboring the mainlobe.
