Sentence examples for mm led to from inspiring English sources

Lower concentrations of dissolved silica species (0.2 mM) led to a lesser decrease (70%) in iron reactivity toward 1,1,1-TCA.

Presynaptic stimulation combined with ACh application (1 mM) led to a shorter latency of the first AP (Fig. 10d, e) and more APs in the postsynaptic interneuron compared to presynaptic stimulation alone (Fig. 10d, e).

Dynamic biaxial loading with a compressive strain of 30% and shear amplitudes ranging from 0.5 1.5 mm led to increased transcript levels of all investigated chondrogenic markers ACAN, COL2A1, and PRG4, in an amplitude-dependent manner (Fig. 3e).

It was found that increasing the sparger orifice diameter from 0.5 mm to 3 mm led to different behaviour in the homogenous flow regime, this being attributed to the different bubble size distributions (BSDs) generated.

Although thicker coating was produced on the end of the cylindrical substrates, which was used to measure the tensile bond strength in accordance with the ASTM C633 standard, increasing the coating thickness from 1.2 mm to 2.9 mm led to reduction in tensile bond strength from 10 MPa to 5.1 MPa.

Adding hydrogen peroxide (2.94 mM) and nitrate (2 mM) led to the disappearance of CB (ca. 150 μM) in the lower part of the reactor, accompanied by a strong increase of the number of cultivable aerobic CB degrading bacteria in reactor water and sediment samples, indicating that CB was degraded mainly by productive bacterial metabolism.

At pH 3, increasing the Fe2+ and H2O2 concentrations to maximum (from 0.01 to 0.10 mM and 5 to 25 mM), leads to increase on the hydroxyl radicals which improved the degradation efficiency of ACT.

Any further increase in the copper concentration beyond 0.3 mM leads to the decrease in enzyme production.

Processing the data with an assumed resolution of 4 mm leads to systematic underestimates ((−12±3.6)%) of the necessary PVE correction.

In our case, the estimated spatial resolution is 8 mm (see below), which for a voxel size of 4 mm leads to a thickness of the spill-out and background shells of 2 and 3 voxels, respectively.

Also it is observed that for center hole diameter precision boring with predetermined C pk of 2.000 catering to 6σ levels, the predicted tolerance ±0.027 mm leads to a generous improvement in curtailing down the existing tolerance levels from the existing ±0.050 to ±0.027 mm, i.e., almost by 50%.