Sentence examples similar to excited readily from inspiring English sources

Wall, who came to China from G.E. Plastics, Brazil, describes a country in love with manufacturing like no other, where engineers come in excited and readily work long days.

The consumers were excited and readily bought and consumed the transgenic tomatoes.

Consequently the vibrations caused by the mechanical resonances around sampling frequency are not only the difficult to observe but readily excited by the control input.

Consequently the vibrations caused by the mechanical resonances around sampling frequency are not only difficult to observe but readily excited by the control input.

Acetone dihydrate CH3COCH3·2H2O is readily excited to a triplet state (T1) under UV irradiation (254 nm) and then generates a radical C3H8O2 involving two single electrons.

For the stable iron isotope Fe (2% natural abundance), nuclear resonance is readily excited by synchrotron light at 14 412 eV, and imaging with both coherent and incoherent nuclear resonant scattering has recently been explored at a spatial resolution of 5 μm.

These have some advantages because of their photo-robustness and because they may be engineered to be very effective charge-carriers thus readily being excited by EL excitation.

As a result, the photoexcited holes are readily thermionically excited out of the wells and swept out of the intrinsic region under the influence of the external and built-in electric field as we have reported elsewhere [31].

Since quantum dots are capable of narrow-spectrum emission when excited with light and readily absorb electrobeams, they can serve as imaging agents for both light microscopy and transmission electron microscopy [56].

The initial peak broadening can be attributed to the dominance of thermally activated nonradiative recombination centers at the high temperature since they enable excited carriers to be readily recombined at high-energy extended states before reaching low-energy localized states [25].

These probes were easily excited and spectrally separated using readily available filter cubes (e.g. FITC and TRITC).