Exact(4)
The three-dimensional engineering scale simulations demonstrate that this scheme is robust and capable to handle high-speed penetration and dynamic crack propagation with intersonic and supersonic speeds.
Here we demonstrate that this scheme for zz-phage transfection and selective growth of infected E. coli can facilitate sub-nanomolar detection limits for target antigen.
Using quadrature rules, we demonstrate that this scheme can be reduced into a finite volume method on staggered grid, which is extensively used in computational fluid mechanics and engineering.
Simulated results demonstrate that this scheme can obtain excellent bit error rate (BER) performance, as well as achieve more than twice the spectral efficiency as that of conventional MC DS-CDMA systems.
Similar(56)
Furthermore, it is demonstrated that this scheme is a superior alternative to reflectivity tracking.
The present approach proved to be capable of detecting the wild target DNA down to a detection limit of 1.0 × 10−14 M in a wide target concentration range and identifying −28 site (A to G) of the β-thalassemia gene, demonstrating that this scheme offers a highly sensitive and specific approach for point mutation detection.
The numerical experiments demonstrate that this activation scheme outperforms the existing schemes.
We demonstrate that this social scheme can result in significant performance improvement in both P2P streaming and file sharing systems.
Furthermore, we demonstrate that this sensing scheme can be fully integrated in a filter paper-based assay, thus enabling a potential point-of-care application featuring easy operation, low power consumption, and low fabrication costs.
In particular, the power-switching scheme is validated to demonstrate that the scheme proposed in this paper can solve these key problems for international applications.
Numerical results demonstrate that the scheme is efficient and accurate.
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