Sentence examples for scalable configuration from inspiring English sources

Alumina (Al2O3) ALD on particles demonstrates the process control capabilities of this unique, scalable configuration.

This study evaluates the ultrasonic pretreatment of energy cane bagasse in a novel scalable configuration and by maximizing coupling of ultrasound energy to the material via active modulation of frequency.

In a more scalable configuration, Nagios can be deployed in an n-tier hierarchy using an extension known as the Nagios Service Check Acceptor (NCSA).

The use of novel polymeric hollow fiber contactors loaded with CO2 sorbents has been recently demonstrated experimentally as a new and scalable process configuration for post-combustion CO2 capture.

However, current reports on the estimations of diffusivity in MMMs are only for flat dense MMMs (FDMMMs), rather than hollow fiber MMMs (HFMMMs), a scalable membrane configuration used in industrial membrane separation applications.

MBfR development still faces challenges, including biofilm management, the design of scalable reactor configurations, and the identification of cost-effective membranes.

The electropromoted CO2 hydrogenation to renewable fuels was studied over Pt on K-βAl2O3 at bench-scale, under atmospheric pressure and high gas flow rates, with varying H2/CO2 ratios and using gas compositions representative of postcombustion CO2 capture exit streams and easily scalable catalyst-electrode configurations, as an approach towards its potential practical application.

The studies were performed under conditions representative of potential practical application i.e., under atmospheric pressure, at relatively low temperatures and high gas flow rates, with varying H2/CO2 ratios and using gas compositions typical for postcombustion CO2 capture exit streams and easily scalable catalyst-electrode configurations.

Adjustable duty cycling schemes for lower energy consumption are presented and simulated in[6, 7] discusses an energy-efficient MAC protocol based on ultra-low duty-cycle frame exchanges and scalable network self-configuration.

The proposed solution will result in a flexible Grid architecture that supports cooperation between different scheduling entities, based on a scalable framework for dynamic configuration and interconnection of multiple types of resources for high performance Grid applications over globally distributed optical network systems.

Therefore, we would like to select the top- k 'best' configurations where k is a reasonably large number, such as 100, where the HMM is still scalable, and consider these configurations only.