The phrase "volume resolution" is correct and usable in written English.
It can be used in contexts related to audio, video, or imaging where the clarity or detail of a volume is being discussed.
Example: "The volume resolution of the audio file significantly affects the overall listening experience."
Alternatives: "sound clarity" or "audio detail."
Finally, bioprinting efficiency criteria (speed, volume, resolution, integrability) for the purpose of tissue engineering are discussed.
We achieve resolution of 3.7±0.4 μm by 3.3±0.3 μm by 3.3±0.3 μm for a volume resolution ∼40 femtoliters (corresponding to ∼3×1012 proton spins).
In PET mode, the volume resolution is less than 8 mm3 and is nearly constant over the whole FOV, while the sensitivity is about 2%.
Experimental results showed that volume resolution of the impedance-activated microseparator is less than 30 μm3 and the minimum detectable particle size is approximately 2 μm in diameter.
The characteristics of the printed pattern, i.e. ink volume, resolution and pattern placement (registration), are directly related to the fluid mechanics of the liquid transfer process from a cell to a substrate wrapped around a rotating roll; the liquid transfer is mainly controlled by free surfaces and dynamic contact lines.
Table 4 Working environment of two phase separator Parameter Value Units Working pressure 1 700 Bar Temperature 15 150 Celsius Fluids Reservoir oil and brine Maximum change of water volume 999 ml Maximum change of oil volume 999 ml Typical volume resolution (25.4 mm bores, water-paraffin) 0.08 ml Hysteresis* 0.3 ml ml Transducer construction PZT-5A.
The 2D projected images from parallel scanning permitted data to be retrieved from the packing and above the packing sections of 12.0×12.0×18.2 mm3 at a volume-resolution of 0.15×0.15×0.026 mm3 and a time-resolution of less than 3 min.
The mass resolution in this region is equivalent to having 230 billion particles in the entire volume, and the force resolution within this region is 52 parsecs.
Measurements over a 100 nm × 100 nm × 100 nm work volume show resolution better than our measurement capability of 5 nm and open-loop parasitic errors less than 5 nm.
Concerning this theoretical comparison between OCT and SLOT it is important to mention their different relationships of measured volume and resolution.
Characterising gene regulatory programs by studying individual protein protein interactions would require a currently unavailable volume and resolution of proteomics data.
