~SASAKI, ZCHIJI. Demoashutiout of ‘abolition uj action potehals’ md ‘subthreshold respumes i?z the cobalt electrode system. Am. J. Physiol. IQO(~): 575~577* r957* -In a model of the nerve membrane consisting of a cobalt wire immersed in a solution of HCl and C,Oa, ‘abolition of action potentials,’ ‘subthreshold responses’ and the ‘impedance loss during activity’ have been demonstrated. These ob...

The presented research focuses on work done at the University of Washington on process development for the training of nitinol shape memory alloy wire using Three Dimensional Printing (3DP). Fixtures are created using the commercial stainless steel printing system produced by Ex One. Superelastic nitinol wire is set by restraining the wire in a fixture and thermal processing. A two dimensional ...

The metal transfer behavior of gas arc welding in a pure argon shielding was evaluated through experiments using standard solid wire and metal-cored wire. investigation conducted observation techniques based on recording images by high-speed camera equipped with laser assistance bandpass filters range currents. It observed that the mode became streaming when current increased Meanwhile, wire, d...

The aim of this study was to analyse the peel resistance of silver plated wires examined in an intraoral setting. In this study, a 0.016 × 0.016 inch silver plated stainless steel wire and a 0.016 × 0.016 inch Teflon-coated nickel-titanium wire were investigated. The brackets of ceramic and stainless steel were bonded to the first and second bicuspids of two subjects. We investigated peel resis...

The “classical” proximity effect at a ferromagnet–normal metal interface corresponds to the induction of a spin polarization in the normal metal over a length of order of the Fermi wave length. We present here another phenomenon that we also call “magnetic proximity effect”. We consider a diffusive wire of length L, doped with magnetic impurities, and connected to two ferromagnets with an antip...

Noble metal nanoparticles can be electrodeposited on carbon nanotubes under potential control. The nanotube sidewalls serve both as the electrodeposition template and as the wire electrically connecting the deposited nanoparticles.