The phrase "at high resolving" is not correct in standard written English.
It seems to be an incomplete or incorrect expression, possibly intended to convey a concept related to high resolution.
Example: "The image was captured at high resolving power, allowing for detailed analysis."
Alternatives: "at high resolution" or "with high clarity".
This small mass difference can be baseline-resolved at high resolution, using an Orbitrap mass analyzer, for example, requiring a minimum MS n resolving power of 30k (at 400 m/ z).
For example, resolving HLAs at high resolution substantially improves the clinical outcome in unrelated cord blood transplantation and in cancer vaccination trials [ 15, 19].
The images where acquired using a customized MP-RAGE 3D T1-weighted sequence to resolve anatomy at high resolution (0.9-mm isotropic resolution), TR = 7,264 ms, TE = 2,784 ms; pulse angle = 15, coronal orientation, FOV 230 mm3 and matrix of 256 × 256 × 196.
The images where acquired using a customized MP-RAGE 3D T1-weighted sequence to resolve anatomy at high resolution (0.9mm isotropic resolution); TR = 7264msec; TE = 2784msec; pulse angle = 15; coronal orientation; FOV 230 mm; matrix of 256 x 256 x 196.
The photoacoustic images further show the depth resolved distribution of MoS2 ICG in the tumor region at high resolution.
In order to separate and identify fragmentation products with the Super-Fragment Separator (SuperFRS) at FAIR a high resolving power detector system is required for position and Time-Of-Flight (TOF) measurements.
We need to stress that the high resolving power at short phylogenetic distances of our whole-mitogenome comparative approach, coupled with the easy mitogenome sequencing through NGS technology, will be helpful for the investigation of speciation events and close phylogenetic relationships especially in taxa representing a challenge for morphological studies.
Parent ion mass spectra were collected at high mass resolving power (m/Δ m50% = 200,000 at m/ z 400, in which Δ m50% is spectral peak full width at half-maximum peak height) and acquisition rate (> 1 Hz).
For the design, special emphasis was laid on high resolving power and small spot size at the experiment.
The acquisition cycle consisted of a survey FTMS scan at the highest resolving power (100,000), followed by 5 data-dependent MS/MS scans acquired in the LTQ.
