The phrase "artificially modified" is correct and usable in written English.
It can be used to describe something that has been changed or altered through artificial means, often in the context of genetics, food, or technology.
Example: "The genetically engineered crops are artificially modified to resist pests and diseases."
Alternatives: "genetically altered" or "synthetically changed".
Not, perhaps, as classically conceived because no DNA is artificially modified.
Until now, this has only been done using artificially modified structures that steers light in a specially engineered ways.
The Mersey is itself artificially modified by the canal as far as Warrington, where it becomes tidal.
In a series of recent studies conducted on spiders, it was shown that females develop preferences for novel, artificially modified male phenotypes when exposed to them as juveniles.
The artificially modified TENG not only significantly increases the amount of the generated electricity, but also shows sustained electrical output performance even after 1 month of exposure in the external dusty environment with the help of the outstanding "lotus effect".
It has been observed that the PMSE strength can be artificially modified by using a ground-based ionospheric heating facility to perturb the electron irregularity source region that is believed to produce PMSE.
The preferred solution is to artificially modify, or augment, the apparent stability characteristics of the airframe.
The reason for the above is that although climate changes between years, there is nothing more impractical in artificially modifying meteorological conditions (WDB2), which provides a powerful theoretical basis for every country to lay down design standard for energy efficiency.
The converted formalism is then employed to assess whether the relative contributions to the stored energy in the three-dimensional dynamic system an enclosure can be deciphered by artificially modifying the reverberation state of the enclosure.
To alleviate such drawbacks, this work proposes to use an AVC strategy based on two control loops: (i) a loop, closed within the actuator, designed to artificially modify the actuator frequency response according to its maximum stroke and force and the structure dynamics, and (ii) a loop designed to impart damping to the structure.
Wherever the difference is significant, we artificially modify those parameters in clean speech to analyse the effect on ASR performance.
