"intensive flow" is correct and usable in written English.
You can use it to describe a period of time in which something is happening very quickly or intensively. For example, "They experienced an intensive flow of media attention during their trial."
By means of this equation the mean drop diameter could be evaluated for intensive flow pulsation (or plate vibration) within 20% accuracy.
It's already been taken on by more responsible tax journalists at Bloomberg, who while acknowledging that real estate owners can benefit also walked through the real intent of the provision--to not exclude capital intensive flow through firms from tax rate relief.
Also, the intensive flow of communications between and within databases can, occasionally, cause time-outs, which interrupt the build.
According to the de facto Ministry of Health in Abkhazia there are approximately 41,200 children under the age of 15. (Data based on statistics from 2006) Data for South Ossetia are less reliable, also due to intensive flow of people across the border with Russia (into North Ossetia) or to the rest of Georgia.
These experimental stereo or volumetric velocimetry 3D PIV setups are able to generate long-lasting and intensive flows of images by using two or more cameras.
This paper describes the innovative technology for high-performance processing of the intensive flows of the structured data generated by an experimental setup and delivered through a high-speed DWDM backbone directly into computing nodes of a remote supercomputer.
Moreover, by promoting intensive flows of water and nutrients, soil macropores have been recognized as a food source for soil microflora and fauna (Angers and Caron [1998]).
As a result, an innovative magnetic two-phase stirrer system has been developed which enables the controlled influence on the melt ranging from intensive inwards/outwards flows to flows almost at rest.
The model is based on the compartmentalization of the STR into zones and the use of simplified less computationally intensive gas/liquid flow simulations.
The combined effects of four parameters (displacer and retainer concentrations for intensive parameters, flow rate and rotational speed for extensive parameters) were studied by design of experiment in order to maximize both recoveries and productivities.
This more intensive turbulent flow reversed the backflow of diesel exhaust and made the backflow effect reduce in the upstream regions.
