A crucial step in making high-resolution global gene expression analysis possible in the worm is to develop computational approaches that can extract expression data from images, thereby allowing high-throughput conversion of unstructured image data into well-structured gene expression tables suitable for computational analysis.
The detailed analysis performed in the present work demonstrates that, while the near-field operation can enhance the power throughput, the conversion efficiency is not much improved and may even be reduced.
This work is initiated to develop a new chemical reactor design in which a better distribution of gaseous reactants and hydrocarbon products could be achieved, and led to higher throughput and conversion.
A general constrained MO problem (MOP) was formulated to simultaneously optimize quasi-steady-state reactor throughput and overall precursor conversion for the controlled deposition of ZnO films from Zn(C2H5 2 and H2O, subject to a set of operational constraints.
The ethyl ferulate/soybean oil substrate was fed through the four, packed-bed, enzyme columns in series with each column fitted with a recirculation pump, which improved conversion and throughput compared to smaller, batch bioreactor systems.
Growth, margins, conversion rates, throughput, capacity... we live and breathe these metrics.
Chemical transformations can operate at high throughput, although they sacrifice conversion specificity.
Bulk heterojunction (BHJ) photovoltaics represent one of the most promising technologies in low-cost, high-throughput, environmentally friendly energy conversion.
There are kinetic, heat transfer, and diffusion-related issues in a bulk polymerization process that make it difficult to develop and design processing methods that result in high molecular weight polymer at high throughputs with a high conversion of the monomer.
