A multilayer actuator with dimensions of 50 mm × 20 mm × 0.84 mm generated a displacement of approximately 400 μm at 400 V, which is more than twice the displacement of a simple two-layer actuator with the same dimensions.
It was confirmed that a 10-turn single-layer coil with a ϕ40 mm diameter and a length of 50 mm generated a magnetic field of 2.7 mT at 20.5 A.
The simulation conditions here in which the external glucose = 1 mM and external Na+ = 100 mM generate a steady-state glucose accumulation ratio Gi/ Go in the cytosol sevenfold above the external solution when Nao/Nai concentration ratio = 16.
Three experienced clinical neuropsychologists (BL, HM and MM) generated a list of subdomains by reviewing the included papers, identifying the cognitive instruments, and grouping these instruments into cognitive subdomains.
Compared with the FFAs-treated group, AC extract exposure following pretreatment with FFAs 1 mM generated a conspicuous decrease in pJNK activity, which had been augmented by FFAs for 24 h.
A 700-turn copper-wire-wound pancake coil, which has an outer diameter of 132 mm and a length of 16 mm, generates a magnetic field of 60 mT at the region of the sample with a current injection of 20 A.
Two mono-plane grids with a mesh size of 4.8 and 10 mm generated an isotropic turbulence which decayed along the test section of 2 m length.
An intermediate concentration of H2O2 (1 mM) decreased sumoylation, whereas supraphysiologically, concentrations (10 mM) generated an hypersumoylation response.
A T1-weighted, magnetization prepared rapid gradient echo sequence (MPRAGE) (echo time, TE = 4 ms; repetition time, TR = 1.900 ms; inversion time, TI = 700 ms, flip angle = 15°, image matrix = 256 × 256 mm) generating 176 consecutive sagittal slices with a voxel size of 1 mm was acquired.
Non-echoplanar DWI is capable of acquiring thin slices (as thin as 2 mm) and generating a high resolution matrix, and hence can detect cholesteatoma as small as 2 mm [3, 4, 5].
