Sentence examples for uniquely controlled from inspiring English sources

The orientation in the crystalline phase is uniquely controlled by the draw ratio.

The mean diameter (d) of nanocrystalline germanium (NC Ge) using molecular beam epitaxy is uniquely controlled by the nominal thickness (of the deposited amorphous Ge according to the law d ≈ Kt with K ~ 7 using molecular beam epitaxy [1, 2].

The mean diameter (d) of Ge NCs is uniquely controlled by the nominal thickness (t) of the deposited amorphous Ge using molecular beam epitaxy according to the law [1, 2] d ≈ Kt (3).

In conclusion, the stored charge and the charging current of NC Ge memory devices with the mean diameter of NC Ge being uniquely controlled by the nominal thickness of the deposition of Ge layer using molecular beam epitaxy are initially increased, then saturated and lastly, decreased with increasing dot size.

The mean diameter (d) of NC Ge is uniquely controlled by the nominal thickness (t) of the deposited amorphous Ge using molecular beam epitaxy according to the law d ≅ Kt (K approximately 7), and the average density of NC Ge DNC ≅ 6 × 10 −3 /t2[5].

Hence, FOXM1 also bound to a significant number of unique sites, suggesting that FOXM1 might uniquely control the transcription of specific sets of genes in a manner independent from ERα or that ERα might operate along with FOXM1 present at different sites via looping together of different chromatin locations.

June 7 , 2013 Network World article: "Futuristic UC Berkeley operating system uniquely controls discrete 'manycore' resources". January 29 , 2013 TerraSwarm Kickoff (Berkeley).

It is found that a non-dimensional parameter characterizing the stress state prevailing in the weak zone and its yield properties uniquely control the cavitation stress.

Investing In Financial Research is a guidebook for conducting financial investigations and lays out Cheryl Strauss Einhorn's AREA Method a research and decision-making system that uniquely controls for bias, focuses on the incentives of others and expands knowledge while improving judgement and applies it to investigating financial situations.

Her research integrates electrical engineering with materials science and chemistry to develop hybrid nanofabrication techniques to enable precise yet scalable processing of nanoscale architectures capable of uniquely controlling light-matter interactions, electronic transport, and exciton dynamics to engineer new paradigms of active nanoscale devices.

(2015) which uniquely controls for years of schooling, gender, the second degree polynomial of experience and country fixed effects.