Sentence examples for harsh fabrication from inspiring English sources

The devices are relatively easy to fabricate, smaller and mechanically more robust than existing parallel-wire particle velocity sensors, resulting in better resistance against harsh fabrication steps and, consequently, higher fabrication yield.

The aqueous solubility of silk offered ideal processing characteristics for the incorporation of growth factors unable to resist harsh fabrication procedures when using polymers requiring acidic and organic solvents [ 131– 131].

Methods that have been used to achieve anisotropic scaffolds present challenges such as complicated fabrication steps, harsh processing conditions and toxic chemicals involved.

It should be noted that as against to the reported methodologies [ 18, 33] that engaged the ethanol addition speed of 1 mL/min, we engaged lower ethanol addition speed of 0.2 mL/min to a less harsh condition for nanocarrier fabrication.

Current dissolving microneedle fabrication methods, however, require harsh conditions for biological drugs and also have problems standardizing the drug dose.

Erbium-doped fiber amplifiers (EDFAs) for harsh environments require to develop specific fabrication methods of Er 3+-doped fibers (EDFs) so as to limit the impact of radiation-induced absorption.

Both water soluble and water insoluble agents can be incorporated in these structures and their activity is preserved, since the fiber fabrication requires neither high temperatures nor harsh solvents in the vicinity of the bioactive agents.

The carbon foams with high thermal stability are very promising in the fabrication of ultrathin EMI shields for thermally harsh applications.

Algae are considered as significant nanofactories and hold a huge potential as ecofriendly and cost-effective tools, avoiding toxic, harsh chemicals and the high energy demand required for physiochemical fabrication.

This work presents the design, fabrication, and initial testing of capacitive strain gauges for use in high-temperature, harsh environments.

This design of the high performance sensor, together with the simple and fast MEMS-compatible fabrication process enables such catalytic sensors for mass production and combustible gas detecting in harsh environmental applications.