We refer x-raying to a process of interfusing a body by radiation
with X-ray radiation.
X-rays are short wave, energy-rich, electromagnetic radiations.
The wavelength of the X-rays is shorter than the rays of visible
light. The upper array abut on X-raying on the shortwave
ultraviolet radiation (soft radiation) and in the lower array to the
gamma radiation (hard radiation).
X-raying interfuses the matter breezing. But if and how strong the
material is interfused depends on the denseness and the atom sort.
The X-ray inspection technique avails this characteristic
(for example radiometric fill level inspection).
For generation of X-rays a X-ray radiator is used. It consists of
a X-ray tube and a cabinet.
The X-ray tube in its simplest mold consists of a cathode and an
anode, which are situated in a vacuum within a sealed glass body.
Thermionics are accelerated by a high tension of the cathode to the
anode and interfuse the anode material. Thereby they are
decelerated and produce X-rays.

A detector is used to measure the x-ray radiation after the interfusion of the medium.
A detector consists of a scintillator, a tube and the corresponding electronic.
A scintillator is an instrument to proof charged particles, which fly
through the scintillator material (for example sodium
sulfite iodide). They cause a light flash which is
altered by photomultipier (special electron tube
which compound minor light signals) into an
electrical signal. This electrical signal is
transferred to an evaluation unit.

Advantages of x-ray technology compared to non-radiating inspection methods		Examples for Fill level inspection, filling quantity inspection
Simple administration and adjustment      on different products		At change-over of liquids with different carbonic acid content no readjust is necessary
All-purpose		Applicable for:  Liquids of all kinds and matters with minor humidity proportion   Glass-, cans- and PET line   Foaming products   Hot filling   Container with metallised labels   Different formats (container variety)
High accuracy of measurement		Accuracy of measurement 1 - 3 mm with a high conveyor speed (max. 120.000 c/h)

Advantages of x-ray technology compared to gamma technology
		Isotopes-Gamma Technique		X-Ray Technology
Authority editions      (BRD)		Radiation protection agent  Fire brigade agent  Density certificate  Installation after granting by the board       of control		Radiation protection agent  cancelled  cancelled   Installation and operation permitted.        After installation the x-ray valve has        to be accepted through a x-ray expert
Waste disposal		Has to be detected		cancelled
Fire prevention      classification		Class 1		cancelled
Transport registration		yes		not applicable