<p>Top Left: the six pre-defined positions in the phantom. Top Right: a photo of the system calibration experiment. Bottom: The EIT images of an agar cylinder at the six pre-defined positions in the phantom. Note that each image is displayed with its own colorbar in order to show the details.</p
There are two phantom types to assess EIT or EIS systems: physical and electronic phantoms. The phys...
A schematic drawing of the experimental setup is given in (A). The image (B) shows the real setup du...
The position of the source (Sx, Sy, Sz) is (0, 0, 1100 mm). The central ray of source pass through t...
<p>The right shows spatial resolutions as a function of spatial location within the phantom. Positio...
<p>The left showed the realistic human skull model made by plaster within a saline-filled tank; an a...
It is imperative to assess/evaluate the performance of emission computed tomography (ECT) system pri...
Experimental setup used for the phantom study to verify the proposed technique.</p
Previous work has demonstrated that electrical impedance tomography can be used to image human brain...
(a). Anthropomorphic phantom with full DBS system implanted in the 1.5 T Aera horizontal scanner (le...
The experimental setup and example of measurement data: a) picture of a complete experimental setup,...
Evaluation of planar EIT systems used in clinical studies can be based on a realistic electronic pha...
<p>Photographs of (a) the phantom exterior, (b) EPID image, and (c) CBCT image. The precision of man...
A simple analog instrumentation for Electrical Impedance Tomography is developed and calibrated usin...
<p>(a) Overall configuration. (b) Enlarged view of the nozzle and the artificial eye.</p
BACKGROUND: A prototype anthropomorphic head and neck phantom has been designed to simulate the adul...
There are two phantom types to assess EIT or EIS systems: physical and electronic phantoms. The phys...
A schematic drawing of the experimental setup is given in (A). The image (B) shows the real setup du...
The position of the source (Sx, Sy, Sz) is (0, 0, 1100 mm). The central ray of source pass through t...
<p>The right shows spatial resolutions as a function of spatial location within the phantom. Positio...
<p>The left showed the realistic human skull model made by plaster within a saline-filled tank; an a...
It is imperative to assess/evaluate the performance of emission computed tomography (ECT) system pri...
Experimental setup used for the phantom study to verify the proposed technique.</p
Previous work has demonstrated that electrical impedance tomography can be used to image human brain...
(a). Anthropomorphic phantom with full DBS system implanted in the 1.5 T Aera horizontal scanner (le...
The experimental setup and example of measurement data: a) picture of a complete experimental setup,...
Evaluation of planar EIT systems used in clinical studies can be based on a realistic electronic pha...
<p>Photographs of (a) the phantom exterior, (b) EPID image, and (c) CBCT image. The precision of man...
A simple analog instrumentation for Electrical Impedance Tomography is developed and calibrated usin...
<p>(a) Overall configuration. (b) Enlarged view of the nozzle and the artificial eye.</p
BACKGROUND: A prototype anthropomorphic head and neck phantom has been designed to simulate the adul...
There are two phantom types to assess EIT or EIS systems: physical and electronic phantoms. The phys...
A schematic drawing of the experimental setup is given in (A). The image (B) shows the real setup du...
The position of the source (Sx, Sy, Sz) is (0, 0, 1100 mm). The central ray of source pass through t...