The phrase "remarkable reliability" is correct and usable in written English.
It can be used to describe something that is exceptionally dependable or consistent in performance.
Example: "The new software has shown remarkable reliability, ensuring that our operations run smoothly without any downtime."
Alternatives: "exceptional dependability" or "notable consistency."
The DC-3's ease of handling and maintenance, its facility at taking off and landing on short runways, and its remarkable reliability combined to keep it flying in many regions of the world into the 21st century.
Both results were in excellent agreement, implying remarkable reliability for the LIBS data.
These examples clearly verify that the developed design scheme gives a novel and powerful impetus with remarkable reliability to fixed-structure robust controller syntheses.
By comparing the results obtained using ORA with previous studies and with the transcriptome structure determined with other software, it was proven that ORA has a remarkable reliability.
So even the Letter Duet failed to ravish the ear, and the men too were remarkable for clean reliability rather than distinctive sounds, the handsomely arrogant Count of the American J. Patrick Raftery, the confident Dr Bartolo of Günther Missenhardt.
Primates recognize complex objects such as faces with remarkable speed and reliability.
The relatively low coefficient of variation value (C.V. % =6.36) also proved the remarkable precision and reliability of the model.
It seems obvious that the benefits of doing so would be remarkable if the reliability of the system were the same as, or better than, that for four-wheelers.
We discuss several examples that demonstrate the method's remarkable level of reliability even in the case of systems showing highly non-ideal mixing behavior, and we highlight the importance of providing a good initial guess.
The remarkable performance and reliability of PGS-COM are assessed and compared with those of eleven main alternative methods on twenty five test problems as well as two challenging process engineering applications related to the optimization of a heat recovery steam cycle and a styrene production process.
In the future, next-generation sequencing technologies will more intensively be applied as a tool for outbreak strain characterization, remarkable improving the reliability of epidemiological conclusions on the association between source and infected patients.
