Sentence examples for favorable decrease from inspiring English sources

Photoelectrochemical analysis indicates that nanorod/bulk Cu2O electrodes have noticeable enhancement in photocurrent, around 76% at −0.6 V and the favorable decrease in interface resistance about 103 Ω in comparison to the bulk Cu2O thermal oxidized electrode.

The calculated figure of merit exceeding 10 in such realistic structures further reinforces the concept and sets a promising direction to use nano-ribbon structures to engineer a favorable decrease in the electronic thermal conductivity.

An optimal Bi coverage was observed to be 54% coverage or greater for both catalyst sizes, resulting in a favorable decrease in the formic acid onset potential by greater than 0.1 V.

An optimal Bi coverage was observed to be 40%, resulting in a favorable decrease in the FA onset potential by greater than 0.1 V and increase in electro-oxidation current density from 0.25 mA cm−2SA to 0.55 mA cm−2SA at 0.2 V vs. RHE, compared to commercial Pd/C.

Figure 12 depicts a favorable decrease in cumulative water production; the difference between the conventional and the intelligent run is negative with a magnitude of 5.3 MMSTB, which manifests a decrease of 31.89 % in cumulative intelligent water production in comparison with the conventional case.

One study showed a favorable decrease of AFP level after RFA as a prognostic surrogate for predicting the disease-free survival in HCC [ 17].

Most studies on anastrozole in postmenopausal women with early breast cancer have shown beneficial increases in HDL-C and favorable decreases in TG, while variable effects on the levels of TC or LDL-C were described (Sawada and Sato 2003).

The 3WJDNA displayed a more favorable decreased enthalpy value of Δ H° = −220 kcal/mol, compared to 3WJ2′-F (Δ H° = −200 kcal/mol) and 3WJRNA (Δ H° = −170 kcal/mol).

In this study of underrepresented patients, treatment with abacavir/lamivudine combined with either fosamprenavir/ritonavir or efavirenz over 96 weeks, produced stable or declining biomarker levels except for hs-CRP, including significant and favorable decreases in thrombotic activity (reflected by d-dimer) and endothelial activation (reflected by sVCAM-1).

At high expression levels, it will be favorable to decrease expression because the decrease in the corresponding cost will outweigh the lost functional benefit.

Therefore, increasing enclosure numbers in the parallel direction becomes more favorable to decrease ETC than that in the vertical direction of heat transfer.