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The size of copper grains is a function of the overpotential of electrodeposition, thus approaching to nano-sized dimensions is achieved when the electrodeposition overpotential is increased.
Production of tightly controlled antenna segment dimensions is achieved in conjunction with a small area tip and a small tunnel junction gap.
As a kind of no-contact, cold, and low energy input process, laser impact spot welding of Al/Al and Cu/Al with different weld spot dimensions were achieved by using 3 mm and 5 mm laser spot diameters, respectively.
A reduction of this model to 2 dimensions is achieved by assuming steady state calcium (dCa/dt = 0) allowing the system to be rigorously analyzed.
In patients the technique seems feasible and similar dimensions are achieved as pathological examination of liver metastases.
A reduction in dimensions is achieved by choosing only the first r PLS components, where r is determined via cross-validation.
The stress and displacement field about the crack was used to modify the stress and displacement field throughout the bar, and reduction to one spatial dimension was achieved by integrating the stress and displacement fields throughout the bar cross-sections so that the total displacement would be exact.
Quadrature detection in the indirect dimension was achieved using the time-proportional phase incrementation (TPPI) [58] method.
Moreover, highly conformal high-dose coverage of target volumes in three-dimensions was achieved with this technique.
The improvement in spatial resolution in three-dimensions was achieved by the use of the CSM excitation.
Separation in the first dimension was achieved with Immobiline™ DryStrips (pH range 3-10 NL, 18 cm, GE Healthcare, Uppsala, Sweden).
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