Sentence examples for suitable rate of from inspiring English sources

The fabrication process involved fast Cu electrochemical oxidation reduction and suitable rate of H2 releasing.

The performance of the system is to provide desired comfortable conditions and a suitable rate of ventilation, depending on several parameters such as the ambient conditions (temperature, solar radiation, relative humidity, wind speed, and pressure coefficient).

Our study has several strengths, including a prospective design; verifiable, independent and robust outcome; evidence of a clear effect both before and after adjustment for confounding variables; and a suitable rate of intervention by MET.

This study shows the potential of regression tree approach to offer more suitable rating of input parameters for this application, if sufficiently diverse database of machine performance is used in the analysis.

(a) Initial concentration, 100 mg/L; adsorbent dosage, 50 mg/L, and T = 298 K. (b) Initial concentration, 100 mg/L; adsorbent dosage, 50 mg/L and T = 298 K. Kinetic modeling not only allows estimation of sorption rates but also leads to suitable rate expressions characteristic of possible reaction mechanisms.

The main contribution we are making is to boost the throughput with the aid of a more suitable rate adaptation strategy for the scenario of "drive-thru with a stop", as shown in Figure1.

The first method uses a rate-distortion (R-D) model to estimate the source encoding rate that minimize the D s L and D s R. The second method reduces the D c L and D c R by choosing suitable code rates of the LDPC encoder.

Our experiments with large volumes of web data show that re-merge is the fastest approach if large buffers are available, but that even a simple implementation of in-place update is suitable when the rate of insertion is low or memory buffer size is limited.

Additionally, expansion into new sites will result in increased connectivity among suitable habitats, which is likely to enhance dispersal to suitable sites and the rate of spatial spread (With 2002; Hastings et al. 2005; Theoharides and Dukes 2007).

From thermomechanical simulation, step rolling is defined to be suitable at a strain rate of 1 s−1 rate for each step, using intermediate heat treatment at 450 °C for a period of 10 s to 1 h.

The first technique is well fitted to the study of the thermal oxidation of solids in air, whereas the second one is suitable for measuring the rate of elemental release in the liquid phase during solid solution interaction.