Sentence examples for bound line from inspiring English sources
The separation performance of TADATO/DSDA(1/1)–DDBT toward CO2/N2 fell above the "upper bound" line, indicating the highest separation performance among the glassy polymer membranes developed so far.
Interestingly, these gains, particularly those for the lower bound, line up well with the reduced-form gains for whites found in Table 3.
The CMS dense film pyrolyzed at 800 °C shows very attractive separation performance that surpasses the polymer membrane upper bound line, with N2 permeability of 6.8 Barrers and N2/CH4 permselectivity of 7.7 from pure gas permeation, and N2 permeability of 5.2 Barrers and N2/CH4 permselectivity of 6.0 from mixed gas permeation.
The In-doped NWs show donor bound exciton line I9 in LT-PL spectra, indicating the formation of InZn donors.
The optimal bound (dashed line) presents the maximum achievable multicast throughput over all possible values of for ECOMF and ECOMP.
With increasing carrier concentration n, the Ga-related neutral donor bound exciton line of the Ga-doped ZnO film shifted towards shorter wavelengths, accompanied by asymmetric broadening.
Significant adoption lays down the potential to introduce new services, such as e-commerce services that it has tested in Southeast Asia, its upcoming music streaming service and more, in the knowledge that the payment barrier is significantly lowered because users' bank cards are already bound to Line Pay.
Shiga toxin 1 and shiga toxin 2 PCR products were designed to be bound on line 1 of the dipstick.
Many thousands more are bound to lines the streets of the capital to watch an open-top bus parade from Cardiff Castle to Cardiff City Stadium, where a "homecoming show" will be staged featuring acts ranging from the Manic Street Preachers to the Barry Horns, an 11-piece brass band whose name is a homage to the former footballer Barry Horne.
Leather bound and lined with a wool twill.
The intensities of neutral and ionized donor bound exciton lines are found to correlate with the in-plane and out-of-plane strain in the films, respectively.
