"Right..." she thought to herself, "I'm gonna have to show off in front of her! I mean, I don't think I can... but... maybe? Uhhh..."
Her insecurities were slowly creeping back in the middle of the fight— not good, but she cannot really let that happen in front of Xordenia, her pet, right?
"Nononono... I... I gotta do this... do this right, just like the last time!..." Yoshioka thought, giving some slaps of motivation to her face as she got ready.
Clasping her hands together, she weaved electricity like threads and moved them accordingly, smoothly like butter on a hot searing pan.
With a source, she then made a medium using glass— a tube— to contain two components: the cathode, which is negatively charged, and the anode, which is positively charged.
By applying electricity is into said tube, it causes a flow of electrons from the cathode to the anode. This flow of electrons is controlled and directed by the electrical circuit.
As the electrons move from the negatively charged cathode to the positively charged anode, they gain energy and move at very high speeds. When they hit the anode, this high-speed impact results in the generation of X-ray photons— which are highly energetic electromagnetic radiation, similar to visible light but with much shorter wavelengths. These X-ray photons are the ones used for medical imaging.
The said photons are then directed toward the part of the body being examined— In this case, the dragon. Different tissues in the body absorb X-rays to varying degrees, creating a shadow-like image and showing the internals the dragon could have.
First Phase....