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An alternative process with an additional electrochemical cell for accelerated ferrous production was developed, and this system achieved an almost three-fold increase in steady state cell densities, and an almost 4-fold increase in the ferrous iron oxidation rate.
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The experimental results indicate that the output signals have a high accuracy in phase difference, frequency and amplitude under a wide frequency range and this system achieves the requirements of particulate detection.
Recently Hu et al. [ 9] presented a system called Bio-SARS (Biomedical Semantic-Based Association Rutilizesem), which utilizes both semantic information and association rules to expand the number of semantic types proposed by Weeber, and this system achieves better performance.
This system achieved accurate localization of malignant lesions, suggesting that it may also be applicable to photodynamic therapy.
This system achieved performance similar to face-to-face clinical diagnosis by staff dermatologists at our institution.
Note, this system achieves stability only for 〈 δ〉 = 0 and will always produce some output υ.
In fact, this system achieves more robust segregation in low SNR conditions.
This system achieves enhanced cell internalization after MMP2-activated exposure of the previously hidden PEI.
But they do not make a case that this system achieves anything special methodologically.
Let the optimal solution allow users to transmit at their maximum power and the system achieves the system load.
Further, using the microlensed fiber mentioned above, an integrated system is engineered and this new system achieves highly localized delivery of DNA-containing fluid during transfection which is the first of its kind, to the best of our knowledge.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com