Sentence examples for is dramatically suppressed from inspiring English sources

Due to different evolution of spin state along two pathways in transmembrane electric potential (TEP), quantum state of the transferred electron at the bridged site acquires a geometric phase difference dependent on TEP, the most efficient electron transport takes place in a specific range of TEP beyond which electron transfer is dramatically suppressed.

Thanks to a feasible CeO2↔CeAlO3 chemical cycling that is able to promote the O2 activation to create an oxidative environment around Ni particles, carbon formation rate is dramatically suppressed by a factor of at least 5 compared to the base catalyst.

The undercutting in pure KOH is significantly high, whereas it is dramatically suppressed in alcohol-added solutions.

In addition, the intensity of the near-gap CL emission from GaN thin films is dramatically suppressed after Berkovich nanoindentation due to the induced defects/dislocations.

In the CL image of Figure 2c obtained at 3.40 eV (NBE band), indentation-produced dislocations are clearly visible as dark regions where the intensity of the near-band-edge CL emission from GaN is dramatically suppressed due to nonradiative recombination.

Water inside protein crystals is nanoconfined so that ice nucleation is dramatically suppressed, but water outside crystallizes readily and rapidly.

Our study also showed that the transcription of Rs-cps in tested R. similis was dramatically suppressed by T2 generation transgenic N. benthamiana plant-derived Rs-cps dsRNA.

Cross-slip was dramatically suppressed by the radiation-induced defects and slip occurred predominantly by planar glide of Shockley partial dislocations.

When MMP activity was inhibited or when cells were cultured in gels with a non-degradable crosslinker, fibroblast migration was dramatically suppressed, and the increase in cancer cell proliferation in co-culture was abrogated.

The ion-channel current of these peptides was dramatically suppressed by the addition of streptavidin, suggesting the potential of this approach for the elucidation of channel protein structure and for the design of artificial sensors and receptors.

In this study we demonstrate that by concurrently introducing grain boundaries and secondary phase particles, plastic instabilities can be dramatically suppressed in submicron Al pillars at large strain and that this behavior is attributable to substantial dislocation storage and subsequent grain boundary (GB) mediated plasticity.