The phrase "ability to duplicate" is correct and usable in written English.
It can be used when discussing someone's skill or capacity to replicate something, whether it's a task, a process, or an object.
Example: "Her ability to duplicate complex designs has made her an invaluable asset to the team."
Alternatives: "capacity to replicate" or "skill to reproduce".
The smallest details can be duplicated, and the mark of a journeyman is the ability to duplicate smooth, reflective surfaces that imitate glass and chrome.
While Ms. Maher said she respected the tremendous effort the parents put into educating their children, she questioned their ability to duplicate the social experience of public school.
The only difference is that, unlike the Middle Ages, our modern ability to duplicate everything instantly means that property isn't even "shared".
"We have zero objection to anyone's ability to duplicate, to record, to play back and to save any copyable content whatsoever," said Peter Chernin, the president of 20th Century Fox.
Editors at other major trade publishers said that there was doubt from the outset about the two authors' ability to duplicate their success, particularly with a book that was not a sequel.
Pieter Tans, a senior scientist with the National Oceanic and Atmospheric Administration, said he was cautiously optimistic about the new commercial venture, though he said much would hinge on the scientific community's ability to duplicate and verify Earth Networks' data.
The cells which adapt to the PTX-induced damage can escape this block entering in a post-mitotic status G1-like [35], with an interphase morphology and the ability to replicate, and hence duplicate DNA (endoreduplication) reaching a DNA content >4N.
✓ Ability to check to duplicate or overlapping rule logic.
The last algorithm has a similar structure to the second one, except that it has the ability to eliminate duplicated nodes in branching trees.
In addition, the ability to take duplicate or higher number replicate measurements may further enhance precision.
Researchers from Cambridge University and the Japanese electronics giant Hitachi sought to figure out how to duplicate the ability of standard chips to store data as 1's and 0's, but in less space.
