The phrase "allow for implementing" is correct and usable in written English.
It can be used when discussing the provision or facilitation of a process or action, particularly in contexts related to planning or policy-making.
Example: "The new regulations will allow for implementing more efficient waste management practices in the city."
Alternatives: "enable the implementation of" or "facilitate the execution of".
Since resources limitations didn't allow for implementing soil conservation measures at a time, the entire watershed was arranged into 5 priority areas.
Alternatively, also atoms in optical waveguides or phononic crystals allow for implementing spin models with controllable interactions, and could be tuned into a ferromagnetic short-range regime [42].
It is likely that the evolution of real-time PCR technologies will soon allow for implementing the current platform closer to the field, where the data is being collected [55], [56].
However, so far, the limited robust facts did not allow for implementing such an approach into DSM-V.
Also, repeated one-month phases could allow for implementing the study effect (Hawthorne effect) into a routine process which was part of the quality-improvement project [ 32].
This allows for implementing it without changes to off-the-shelf hardware and software for transport layers and below.
Transmission line (TL) coupling allows for implementing relatively weak resonator-feedline coupling strengths without significant off-resonant perturbations to the propagating modes in the feedline CPW.
Our concept is based on the fact that today's mask fabrication allows for implementing amplitude structures on the mask with very high resolutions at competitive price.
Experimental evidences on the decay of the mechanical modulus of concrete have allowed for implementing the required damage law within a 3D F.E. research code which accounts for the coupling among moisture, heat transfer and the mechanical field in concrete treated as a fully coupled porous medium.
Our Arithmetic and Logic Unit has only one instruction that allows for implementing AES encryption, AES decryption, AES key expansion, and Grøstl at all levels of security (i.e. 128-, 192-, and 256-bit encryption keys; 256- and 512-bit message digests).
The inputted model parameters here include macrokinetic or microkinetic constants, initial conditions of ordinary differential equations (ODEs) and variability terms; MatVPC allows for implementing both interindividual variability and RUV, which can be in the form of proportional, additive, or combined error.
