"easy generation of" is a correct and usable phrase in written English.
It is typically used to describe a process or operation that can be quickly or easily completed. For example, "The software provided an easy generation of new accounts."
In this context, it seems to be a priority to generate compatible interfaces between the software systems increasingly used by general practitioners that allow easy generation of disease reports to health departments.
The easy generation of mobile twinning dislocations facilitates the latter behaviour.
All relevant information about the executed workflow is stored in the SQL Server database allowing easy generation of reports about how the results got obtained.
Use of CP also enables easy generation of pareto front characterizing trade-offs between performance, cost and robustness for various uncertainty scenarios.
A fast assembly disassembly side-by-side capillaries-based microfluidic system was designed for rapid and easy generation of janus particles with magnetic anisotropic properties.
This indicates that zirconium hydride has an extremely brittle nature due to the synergistic effect of a small γS, implying easy generation of a fracture surface, and large γUS, implying a difficulty in dislocation motion, compared with pure zirconium.
CycADS is an integrated software and database system for the management of annotation information formatted for easier generation of enriched computationally derived BioCyc databases.
A method is presented for the easy generation for all values of n of the Goldstone diagrams which represent the n body equation of the coupled cluster method.
In turn, the key advantage of a heretical three-dimensional (3D) cubic Ia3d mesocage is the facile access of target ions such as ion transports and the high affinity responses of TMPyP receptor-Cd II) analyte binding events, which receptor-Cd IIeanalyteeration and transduction of optical signals even at the trace level of the Cd(II) ion.
The key advantage of 3D cubic Fd3m supermicropores is the easy access to target ions, such as ion transports, and high affinity responses of the receptor-metal analyte binding events, resulting in the easy generation and transduction of optical color signals even at a trace level of Cu II) target ions.
Within such a tailored nanosensor design, the ability to achieve flexibility in the specific activity of the electron acceptor/donor strength of the chemically responsive DSAHMP molecular probe enabled easy generation and transduction of optical color signals as a response to DSAHMP-Cu II) or DSAHMP-Cu II) binding events, even at ultra-trace corcentrations (10−9 mol/DSAHMP-Pd IIy metals.
