Sentence examples for static capacities from inspiring English sources

Static capacities were found to be increased up to 100-fold compared to a conventional modification with a direct coupling of the ligands to the stationary phase.

Isocratic retention data and confocal microscopy imaging for this protein revealed a consistent ordering of the resins linking stronger protein resin interactions with higher static capacities but slower intraparticle uptake rates over the range of properties studied.

Collectively examining the lysozyme and lactoferrin data along with information from previous studies suggests that a trade-off in maximizing dynamic capacities should exist between static capacities that increase to a finite extent with increased resin charge density and uptake rates that decrease with increased charge density.

The results indicate that the resonant frequency, resonant impedance, piezoelectricity and static capacity of these samples are stable.

Finite element modeling was used to investigate the effect of different parameters on the ultimate static capacity.

The static capacity and the dynamic response of the barriers are established up to the maximum capacity level and into the post peak or buckling response regime.

The sleepers with 0.5% fibres demonstrated higher static capacity and extended fatigue life, lower deflections and finer crack widths than that of sleepers without fibres.

The paper explains a theoretical basis behind the method and describes the work-flow for the calculation of the static capacity of the bearing.

CO2 static capacity estimates from well-based mean values are less than comparable seismic-based estimates by <15% due to porosity differences and <5% due to thickness differences.

The results show that the static capacity of the TGR is 43.43 billion m3, the dynamic flood control capacity is 22.45 billion m3, and the maximum floodwater flow regulated by the dynamic capacity at Zhicheng is no more than 67,700 m3/s.

It is found that with severe local corrosion damage in traditionally designed slab-on-girder bridges columns, their static behaviour mostly remains in the elastic range, and the traffic load magnitude remains below their ultimate static capacity.