Flat Phantom

Validation of Specific Absorption Rate (SAR) in XF7.

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MRI Birdcage-Type Coil at 64 MHz

The B₁ field is observed for a conventional birdcage coil that is unloaded and loaded with a human head.

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Human in Car Exposed to Fields from Car-Mounted VHF Antenna

The exposure to a driver in a car from a car-mounted VHF radio is examined. Specifically, the SAR and electric field strength in the human are observed.

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Patch Antenna in Body

In this example XF is used to compute the input impedance, radiation gain pattern, and SAR of a patch antenna embedded inside a human body.

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UWB Head

XFDTD Bio-Pro now performs Ultra-Wide-Bandwidth (UWB) calculations of the interactions of transient electromagnetic fields with human bodies.

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UniPhantom

This example illustrates the ability of XFDTD 6 to import CAD files, manipulate them, apply sources and make SAR calculations.

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Pacemaker Simulation

Illustrating the usefulness of XFDTD and the FDTD method in the design of implantable devices.

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Hip-Worn Cellular Telephone on Moving Man

An evaluation of the changes caused by movement of the body in the radiation pattern of a simplified cellular telephone worn on the hip of a man is performed.

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Keyless Entry

Effects of arm position on keyless remote.

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Variations in Peak SAR and Temperature Rise From Cellular Phones Due to Hand Position

This study is an investigation of the effects of hand position and frequency on SAR and temperature rise due to cellular phone use. The study presents calculations of SAR and temperature rise in both head and hand tissue for a range of frequencies and hand positions.

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Cow Body Mesh with Radiating Implant Geometry

Simulating a sensor swallowed by a cow to aid in the study of effects of different types of feed on the cow's digestion.

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Spherical Bowl and Dipole Geometry

Spherical Bowl and Dipole Geometry from experiments performed by Ericsson simulating the effects of a cellular telephone on the brain. A full copy of the research paper is also available.

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SAM Head

Specific Anthropomorphic Mannequin (SAM) geometry is placed in different orientations relative to the coordinate system to perform SAR calculations.

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