Sentence examples for by using an orthogonal from inspiring English sources

By using an orthogonal experimental design, productivity related data were derived after each growing season.

A generalized frame decomposition for almost periodic functions is constructed by using an orthogonal basis with Laguerre functions relating to the FrHT.

Alternatively, residual DIO additive has been successfully removed by using an orthogonal solvent which is able to remove the additive not affecting the organic layer.

The fractionation of wheat straw by ethanol-water (EW) pre-treatment was studied regarding its main operating conditions: time, temperature, L/S ratio and ethanol percentage were optimized by using an orthogonal experimental design (Taguchi).

FVOs yields were affected by three factors, i.e. reaction temperature, H2O2 concentration, and time, which were optimized by using an orthogonal design experiments as follows: reaction temperature 70 °C, H2O2 concentration 3%, and reaction time 6 h.

The effects of SPPESK concentration and the type and concentration of additives in the casting solution on membrane permeation flux and rejection were evaluated by using an orthogonal array experimental design in the separation of polyethyleneglycol (PEG12000 and PEG2000) and Clayton Yellow (CY, MW 695).

This study aimed to optimize the conditions for furfural production from rice husk via a two-stage process: acid hydrolysis followed by dehydration using an orthogonal test design and response surface methodology, respectively.

Impacting factors on the indoor passive falling film liquid desiccant moisture receptacle are studied by using an L16 (45) orthogonal experiments, including solution type, indoor air temperature, indoor relative humidity and solution flow rate.

On the other hand, because the Weibull distribution neither has the normal additive property nor has a direct relationship with the normal parameters, in this paper, the issues of estimating a Weibull family by using a design of experiment (DOE) are first addressed by using an L9 (34) orthogonal array (OA) in both the TM and in the Weibull proportional hazard model approach (WPHM).

As discussed in Section 2.2, we initially hypothesized that issues affiliated with the penalty method could be circumvented by projecting the constraint using an orthogonal projection operator, π W loc, resulting in the displacement-based formulation suggested by Bercovier [50] and others [48,49].

Titanium dioxide (TiO2) thin films were deposited by DC magnetron sputtering (DMS) using an orthogonal experimental design approach.