The microwave drill uses a near-field focused energy (typically, power under approximately 200 W at 2.45-GHz frequency) in order to penetrate bone in a drilling�...
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Abstract—This paper presents a feasibility study of drilling in fresh wet bone tissue in vitro using the microwave drill method. [Jerby et al., 2002],�...
Abstract—This paper presents a feasibility study of drilling in fresh wet bone tissue in vitro using the microwave drill method.
This paper presents a feasibility study of drilling in fresh wet bone tissue in vitro using the microwave drill method [Derby et ab, 2002], toward testing�...
The hot spot produced by the microwave drill has the potential for overcoming two major problems presently associated with mechanical drilling in cortical�...
Microwave drilling of bone did not degrade the mechanical properties more than the rotary drill ... Microwave drilling of bones. IEEE Trans Biomed Eng. 2006;53(6)�...
In this paper, we propose an FEM investigation of bone drilling by using microwave thermal ablation emphasizing on a temperature distribution pattern and�...
Microwave drilling is a machining process in which electromagnetic radiation is concentrated at 2.45 GHz by using a concentrator into a small region.
A new method for orthopaedic drilling was developed, based on microwave energy that is localized at a ``hot spot'' to penetrate bone tissue [1,2].
This research investigates a microwave thermal ablation for bone drilling through a 3D FEM solver with useful simulation results which can be basically�...