The phrase "a groove width of" is correct and usable in written English.
It can be used when specifying the measurement of a groove in various contexts, such as engineering, manufacturing, or design.
Example: "The specifications require a groove width of 5 millimeters to ensure proper fitting of the components."
Alternatives: "a width of the groove" or "the groove's width of".
The results show that an optimum combination of mechanical properties for sheet samples with a thickness of 2 mm is obtained by a two-pass CGP with a groove width of 2 mm and a groove angle of 45°: the yield and tensile strengths are 476.3 and 532.3 MPa, respectively, the elongation to failure is 10.6%, and the average hardness is 218.9 HV.
Testing began for the younger participants at a groove width of 3.0 mm, and continued (with successive blocks of trials using smaller groove widths) until their orientation discrimination performance dropped below threshold levels (d' of 1.35, see Van Boven & Johnson, 1994).
From the experiments, an allowable groove width of <1 mm could be deduced.
The older participants needed an average groove width (of the tactile gratings) of 2.99 mm for threshold orientation discrimination, while the younger participants needed a groove width that was 59percentt smaller (1.23 mm).
For instance, the tetramers centered on GpGCpC, GpCGpC or CpGCpG have an average TRX score of 95±21, and an average minor groove width of 7.6±0.6 Å; conversely, the low TRX scores (31±17) of the tetramers centered on ApATpT, ApTApT and TpATpA correspond to narrow minor grooves (5.8±1.0 Å).
The specific combination-pulse laser energy of 150 μJ, scanning velocity of 0.55 mm/s, scanning times of three, can obtain a deep groove depth of 148 μm, narrow groove width of 19 μm with good dicing quality.
In support of this idea, Parker and Tullius (2011) have noted that the third position of the codon ideally defines the minor groove width of the DNA, which in turn, plays a crucial role in regulating DNA protein interactions through DNA shape-induced changes in electrostatic potential (Rohs et al. 2009).
The results in this paper, thus, clearly show that DB1255 has a novel GC recognition mode and is able to induce narrowing in the minor groove width of GC-containing sequences for optimal interactions.
The optimal groove width of 2 mm was found for the three groove number values (1, 2, and 3).
Multiple parameters influenced the formation of bridging neurites, with the highest numbers of bridges observed under the following experimental conditions: cell density of 125,000 cells per sample, groove depth of 50 μm, groove width of 30 μm, and plateau width of 200 μm.
In bound DNA, the average minor groove width of ApA in NpApApN tetramers is 5.6±0.9 Å, below the overall average (6.7±1 Å).
