x ray simulation

X-Ray Machine Working Principles Simulation

# Blogger-Compatible Interactive X-Ray Machine Working Principle Simulation Paste this complete code into a Blogger HTML post/page. ```html

Interactive X-Ray Machine — Working Principle

This interactive educational simulation demonstrates how an X-ray machine produces X-rays, passes radiation through the patient, and forms an image on the detector. The visualization shows electron acceleration, tungsten target interaction, beam filtration, patient attenuation, and image formation.

X-Ray Machine Visualization

X-Ray Controls

Tube Voltage (kVp)

80

Tube Current (mA)

200

Exposure Time (ms)

100

Beam Filtration

4 mm Al

Patient Density

5

Detector Sensitivity

85%

1) Electron Emission

The cathode filament is heated causing thermionic emission of electrons.

2) Electron Acceleration

A high voltage potential accelerates electrons toward the tungsten anode target.

3) X-Ray Production

Rapid deceleration of electrons inside the tungsten target produces X-rays.

4) Beam Filtration & Collimation

Low-energy photons are removed while collimators shape the useful X-ray beam.

5) Patient Attenuation

Different tissues absorb X-rays differently depending on density and atomic number.

6) Image Formation

The detector converts transmitted X-rays into a visible radiographic image.

``` ## Blogger Instructions 1. Open Blogger editor. 2. Switch to HTML view. 3. Paste the full code. 4. Save and preview. 5. If Blogger strips scripts, place the JavaScript section before the closing `

` tag inside the Blogger theme. ## Features Included * X-ray tube * Cathode filament * Electron acceleration * Tungsten target * X-ray beam production * Beam filtration * Collimation * Patient attenuation * Digital detector * Radiographic image formation * Adjustable exposure controls * Animated electron flow * Detector intensity graph * Beer-Lambert attenuation equation