Sentence examples for long fabrication from inspiring English sources

These stringent conditions, render the shell fabrication process, with long fabrication durations (ranging from 60 minutes to several hours)24, relatively low yield rates of intact shells17, and polydisperse shell geometrical specifications18.

This design excludes the long fabrication process (e.g. integration with field effect transistors, chemo resistors, gravimetric or optical sensors) but includes a simple cyclic voltammetry principle.

Tissue-engineered vascular grafts require long fabrication times, in part due to the requirement of cells from a variety of cell sources to produce a robust, load-bearing extracellular matrix.

However, current production methods for such targets, are incompatible with the anticipated massive demand and unit cost requirement, due to the low yield rate of shells meeting the sphericity and concentricity specifications, the long fabrication processing times, and subsequent shell quality control characterisation.

However, long fabrication time, potential transmission of disease, thrombus formation, hyperplasia, and immune rejections are critical issues associated with these approaches (Seifu et al. 2013).

Armstrong's decade-long fabrication fell apart when his former teammates outed him to the media.

Dan Mallory, who uses the pseudonym A.J. Finn and wrote 2018's wildly popular novel The Woman in the Window, has admitted to lying about having brain cancer, blaming the long-running fabrication on his mental illness.

The advantages of RRAM devices are their simple metal-insulator-metal structure, low fabrication cost, long endurance, and non-volatile properties with low power consumption, multi-level cell (MLC) operation, and especially excellent scaling below the <11 nm technology node [2-5].

A fibrin matrix improves upon key attributes associated with commonly used biologically compatible materials, such as agar and gelatin, including time-efficient fabrication, long lifetime, rigidity at room temperature, and low scattering [ 14].

Even though metal-doped oxide/carbon-based aerogels such as SiO2, Al2O3, TiO2, and carbon aerogels doped with Pt, Pd, Au, and Cu have been realized by impregnation or by the sol gel method for a long time, the fabrication of pure metallic aerogels with metal backbones by the direct sol gel method has very recently been achieved for the first time, as will be outlined below.

Nonenzymatic detection of biomolecules using graphene-based electrodes has attracted significant attention due to its low fabrication cost, high sensitivity, and long-term stability.