The phrase "a significantly higher sensitivity" is correct and usable in written English.
It can be used when comparing the sensitivity of two or more items, indicating that one has a notably greater level of sensitivity than the others.
Example: "The new sensor model demonstrates a significantly higher sensitivity to temperature changes compared to its predecessor."
Alternatives: "a markedly greater sensitivity" or "a notably increased sensitivity".
It is shown that cFRA displayes a significantly higher sensitivity than EIS for kinetic parameters.
Film yielded a significantly higher sensitivity, but this absolute difference was actually small compared with that of the digitized images.
Notably, the GO prepared from the highest purity graphite (99.9%) showed a significantly higher sensitivity (66.5 Hz/% RH) when compared to that of less pure materials (53 Hz/% RH) (Fig. 8b).
However, primary screening for cervical cancer using human papillomavirus (HPV) DNA testing detects cervical pre-cancerous lesions with a significantly higher sensitivity than the Pap smear-based cytology.
Therefore, the CervicGen HPV RT-qDX assay showed a significantly higher sensitivity (91.1%) compared to the real-time NASBA assay (41.1%).
Cor a 8 gene permitted the identification of hazelnut based ingredients in complex foods, providing a significantly higher sensitivity in the PCR amplification, when compared to Cor a 1 and Cor a 14.
A significantly high sensitivity of 3.9 μV/kPa was obtained in an under-water ultrasonic wave transmission experiment conducted using fabricated pMUT as wave transmitter and a commercial transducer as receiver at a fundamental frequency of 1.20 MHz.
As an alternative, CNTs have been aligned on an electrode surface with chemical self-assembly, resulting in an electrode with significantly higher sensitivity toward dopamine.
Optometrists with higher optometric education (a Master of Science in clinical optometry [MSc]) demonstrated significantly higher sensitivity than those who had a basic optometric education (Table 4).
The European Space Agency's Planck satellite, launched in 2009 and due to release a fresh trove of results in the coming months, will provide significantly higher sensitivity and resolution - probably putting an end to the knotty question altogether.
