to maintain the proper voltage of the filaments.
Rhodium OR Tungsten or Molybdenum ...............................................GHo$t
X-Ray voltage means voltage which is applied across anode & cathode, this is of very high voltage (in KV). This causes a high electric field for the moving of electrons emitted from cathode to anode. One more voltage wrt X-ray tube is filament voltage. Filament voltage with some appropriate current is applied to filament for the emitting of electrons. This current is proportional to the intensity of X-ray radiation generated from the tube. More current through the filament causes permanent damage of filament.
Adjusting the filament control affects the amount of current flowing through the filament in an X-ray tube, which in turn changes the temperature of the filament. A higher temperature increases the number of electrons emitted via thermionic emission, resulting in a greater quantity of X-rays produced. Conversely, lowering the filament current decreases the temperature and electron emission, leading to reduced X-ray production. Therefore, the filament control directly influences both the quantity and intensity of the X-ray beam.
The filament current of an x-ray tube is primarily controlled by a filament transformer, which adjusts the voltage and current supplied to the filament. Additionally, a rheostat or variable resistor may be used to fine-tune the filament current for optimal electron emission. In modern systems, electronic control circuits can also regulate the filament current more precisely, ensuring consistent performance and improved image quality. These devices work together to ensure the correct heating of the filament, enabling effective x-ray production.
mA meter
it contains mainly 1.cathode 2.anode 3.anode 4.filament 5.filter 6.belligerence window copper 8.tungsten filament 9.lead plate vaccum, x-ray
X has long been used to denote an unknown quality of quantity and when X-rays where first discovered their exact nature and properties were unknown, so the name X (unknown) ray was chosen.
No, the X-Ray machines can "see" the metal filament in the envelope and then someone can steal it.
X-ray machines typically utilize two main types of transformers: high-voltage transformers and filament transformers. High-voltage transformers step up the voltage to the levels required for X-ray production, often ranging from 40 to 150 kV. Filament transformers, on the other hand, provide the necessary low voltage to heat the cathode filament, enabling the emission of electrons. Together, these transformers ensure the efficient generation of X-rays for diagnostic imaging.
The X-ray machine was housed in a dark room.
you dont
The x-ray was over exposed and was worthless. They decided to use an x-ray to see if any bones had been broken.