Sentence examples for versatile implements from inspiring English sources

It would be difficult to think of anything more familiar, and more universally taken for granted, than one's own hands — those nimble, dutiful, and morally versatile implements that are the primary focus of our perception of our physical selves.

Accordingly, one realizes that trapped-ion implementations, making use of MS gates, are a highly versatile tool for implementing a fermionic dynamics.

Data-centricity and event-driven architecture (EDA) are concepts that help to implement versatile and well-scaling distributed systems.

To generate the macroporosity, three straightforward and versatile strategies were implemented through the use of sodium chloride (NaCl) macro-sized particles.

This paper describes a versatile method for implementing audio-CASI technologies using any defined font and therefore any alphabet for which a font exists.

The continuous production "on demand" of large polymerized objects is presented using a versatile, easy to implement and low cost "millifluidic" reactor.

This spectrally and physically scalable, versatile design could implement efficient wavefront manipulation or beam shaping for high power laser beams, as well as various optical microscopy applications without requiring plasmonic structures that are susceptible to ohmic loss of metals and sensitive to the polarization of light.

Two straightforward and versatile strategies were implemented through the use of either CaCO3 microparticles or poly methyl methacrylate) beads as macroporogens, in conjunction with either hydroxyapatite nanoparticles of around 200 nm average diameter or a porogenic solvent (e.g., ethanol) as nanoporogens.

This toolbox used MATLAB functions to build a set of versatile routines for implementing a wide range of genetic algorithms.

Even the most versatile Shewanella species implement only a fraction of the entire pan- Shewanella sugar catabolome reflective of their relatively "lean sugar diet".

As a first step, a robust and versatile strategy was implemented to enable the cyclization of ribosomally derived peptide sequences via a chemoselective reaction between a genetically encoded cysteine and a cysteine-reactive unnatural amino acid (O- 2-bromoethyl -tyrosine).