Nimrod [1] is targeted at parameter sweep applications, and follows a model similar to task farming.
Grids constitute a promising platform to execute loosely coupled, high-throughput parameter sweep applications, which arise naturally in many scientific and engineering fields like bio-informatics, computational fluid dynamics, particle physics, etc.
The effect of wing sweep and the application of the Kutta-condition at the trailing edge is investigated.
In a real-life setting, the long-term effects of blood flow, cannula size and sweep gas flow application need to be elucidated, since CO2 is also stored in the form of HCO3 in slow compartments, and it may take several hours until a steady-state is reached.
While we had many fewer animals genotyped with this assay which influenced the estimation of MAF, the AFFXB1P assay had over 50× the number of SNPs present on the BovineSNP50 assay which offered considerably greater power for identifying small sweeps and the application of this assay also suffers less from ascertainment bias.
The reduction of the support mass transfer resistance appears to be a promising strategy for enhancing hydrogen permeation through Pd composite membranes in situations that require the application of sweep gas.
Terragni et al. describe that ECCO2R application at sweep gas flows of 6 to 8 L/min and blood flows of approximately 500 mL/min has shown to extract approximately 80 mL of CO2/min, which accounts for 40%% of the calculated CO2 production [3].
To achieve beat frequencies in the low kHz range for our application the sweep time has to be in the order of milliseconds.
After the early application of swept wings, the focus is set on concepts for variation of airfoil camber, the intended effects and predicted benefits.
In oxy-fuel combustion applications, the sweep side is fuel-diluted with CO2, and the entire unit is preheated to achieve a high oxygen permeation flux.
