Sentence examples for uniformly controlled from inspiring English sources

To clarify the relationship, we employed a Pt microdisk electrode so that the Nafion-coated thickness could be uniformly controlled.

Solvent engineering technique for planar heterojunction perovskite solar cells is an efficient way to achieve uniformly controlled grain morphology for perovskite films.

In actual printing processes, the contact force and roller position can be uniformly controlled within ±0.05 N and ±200 nm respectively across a 4 in.

In this way, the complete operon can be uniformly controlled and inserted in a broad range plasmid that can be tested in many different bacteria having diverse metabolic properties.

The controlled calcination of Pd complexes bearing a silsesquioxane-amine ligand (c-C5H9 7Si7O10{OSi(Me2)CH2CH2CH2NH2} c-C5H9 7Si7O10{OSiir streat for 4 h afforded porous silicas of high surface areas and uniformly controlled micropores of ca. 0.6 nm diameter encapsulating monodispersed palladium oxide nanoparticles.

Our results thus indicate that sex-biased gene expression is brain region-specific rather that uniformly controlled in the whole brain.

One of the fundamental flaws of these reports is the failure to uniformly control for other infertility variables that could affect outcome including ovarian reserve and sperm function testing, uterine evaluation, untreated hydrosalpinges, and ovulatory factors.

In addition, previous studies did not uniformly control for possible "spontaneous reactions" of the engineered cysteines that can block reactivity toward thiol-reactive probes (11), nor was the nature of the chemical reaction always confirmed, for example, by determining if a mixed disulfide reaction (as expected for MTS reagents) could be reversed by means of a reducing agent.

They transferred uniformly aligned and controlled density NWs onto wafers with a diameter of at least 200 mm.

Nevertheless, our estimates in Lemma 2.3 indicate that it should not come from a vanishing behaviour for v ≈ − ∞, or a lack of fast decay rate because the second moment in v is controlled uniformly in blow-up situations.

To be more precise, our estimates indicate that this blow-up should not come from a loss of mass at v ≈ − ∞, or a lack of fast decay rate because the second moment in v is controlled uniformly in blow-up situations.