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MODULE 06 — X-RAY SIMULATION

X-ray Physics Simulation

Monte Carlo X-ray image, spectrum, and scatter simulation
for system design and algorithm validation.

X-ray Spectrum

Predicts the energy distribution for given source conditions.

X-ray Spectrum Generation

Generates energy spectra for tube voltage, target, and filter conditions.

Scatter Kernel

Scatter kernel (PSF) modeling — the physical basis of scatter correction.

Scatter Kernel Simulation

Builds thickness-dependent scatter kernel libraries with Monte Carlo pencil-beam simulation.

Image Simulation

Virtual X-ray acquisition that reproduces the real physical process.

Monte Carlo Image Simulation

Monte Carlo X-ray image simulation reproducing photon-level physics. GPU-accelerated, with primary, Compton, Rayleigh, and secondary fluorescence components output as separate channels.

Analytical Image Simulation

Virtual X-ray image generation based on analytical forward projection.

Detector & Geometry Models

Reproduce your actual system configuration in the virtual environment.

Detector Model

Pixel pitch and material definitions with Gaussian or measured-MTF-based blur models.

Geometry Objects

Solid geometry definitions such as boxes, cylinders, and tables.

STL Voxelizer

Voxelizes CAD (STL) meshes into material volumes.

Simulation Tools

Viewer applications for checking results right away.

Simulation Viewers

Dedicated viewers for X-ray image, scatter, and spectrum simulation.

Need X-ray Physics Simulation technology?

We will guide you to the right configuration and an evaluation SDK for your system or software.

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