Sentence examples for secondary efficiency of from inspiring English sources

The Involute secondary on the other hand, provides an optical efficiency of 59.5% and secondary efficiency of 78.33%.

It is found that the Linear Fresnel Reflector system with Parabolic secondary reflector provides a higher optical efficiency of 62.3% with secondary efficiency of 83.3%.

Laboratory models and data from tumors with established environmental risk factors show that TP53 mutation patterns reflect primary mutagenic signatures of DNA damage by carcinogens, vulnerability of nucleotide positions in DNA secondary structure, efficiency of repair processing, and selection for loss of trans-activation properties [10], [11], [12], [13], [14], [15], [16].

The primary and secondary clonogenic efficiency of the CD51+ cells were 16.89% ± 2.09% and 15.78% ± 3.22%, respectively.

The secondary EB formation efficiency of isolated primary Shp2−/− EB cells was 10 fold higher than wt EB cells (Figure 2C).

One can calculate the absolute detection efficiencies of START signals, STOP signals, and coincidence events, although the TOF section includes complex parameters such as secondary electron/incident ion trajectories, the emission efficiency of secondary electrons, and particle detection efficiencies of the MCP.

These findings are also in agreement with the reduced replating efficiency of secondary preB-cell colonies (1.5 ± 0.7 secondary preB colonies) of Dnmt2 mutant bone marrow compared to wild-type colonies (60.5 ± 13.4 secondary colonies, Fig 2E, right panel).

Modulation of secondary metabolic pathway through product heterogeneity engineering, metabolic engineering, and omics study is expected to further improve the efficiency of secondary metabolite biosynthesis by plant cells.

To improve the energy efficiency of secondary refrigeration loops, phase change material (PCM) slurries with a high energy density, such as CO2 hydrate slurries, can be used as a secondary refrigerant.

Inductive-coupling-based power transfer requires two coils (primary and secondary coils), and the efficiency of power transfer between the coils is a strong function of the coil dimensions and distance between them.

A self-designed continuous-flow ultrasound/ultraviolet (US/UV) baffled reactor was tested in this work, and the disinfection efficiency of secondary effluent from a wastewater treatment plant (WWTP) was investigated in terms of the different locations of ultrasonic transducers inside the reactor under similar input power densities and specific energy consumptions.