Prospective motion correction using inductively coupled wireless RF coils

Optimization of Inductively Coupled Coils using CST Microwave Studio

Non-equilibriummodeling of Inductively Coupled Rf Plasmas

This paper discusses the modeling of non-equilibrium effects in inductively coupled plasma facilities. The model relies on the solution of the Navier-Stokes and Maxwell equations in a one-dimensional geometry. Steady-state solutions are obtained by means of an implicit Finite Volume method. Non-equilibrium effects are treated by means of a hybrid State-to-State formulation. The electronic state...

Crack Detection with Wireless Inductively-Coupled Transducers

In earlier work we developed inductive coupling for surface-mounted Lamb wave transducers operating at relatively low frequencies, such as 300 kHz. We now report on similar inductively-coupled transducers at higher (multiple MHz) frequencies. Our investigation was motivated by a particular application, to examine a box girder top flange, using transducers mounted along the flange edge. We emplo...

An Inductively Coupled (Wireless) Lamb Wave Transducer

Wafer-type PZT transducers are very effective as active sensors for Lamb wave studies in elastic plates and in steel bridge girders. It has been demonstrated that a single transducer can be used in pulse-echo mode, transmitting a transient waveform and then detecting return signals echoing from boundaries, irregularities, and flaws such as cracks. We describe here an inductively-coupled system ...

On the heating of small inductively coupled RF coils mounted on an intravascular model catheter during MR imaging

Introduction/Purpose Small inductively coupled RF coils have already been suggested or used as MR reference markers for various purposes, for example automatic patient registration, stereotactic planning, and visualization of devices inside the magnet [1-4]. Such markers may also be suitable for the guidance of intravascular devices (catheters) because they require no electrical connection to t...