Calculate the x-ray energy flux - tungsten anode target, Physics

Consider an x-ray tube in which electrons are accelerated by a constant high voltage of 250 kV. If the electron beam current is 10 mA, calculate the x-ray energy flux (energy fluence rate) at a distance of 1 m from the tungsten anode target. Neglect absorption by the glass, and assume that the bremsstrahlung is emitted isotropically.

Posted Date: 3/26/2013 7:01:14 AM | Location : United States







Related Discussions:- Calculate the x-ray energy flux - tungsten anode target, Assignment Help, Ask Question on Calculate the x-ray energy flux - tungsten anode target, Get Answer, Expert's Help, Calculate the x-ray energy flux - tungsten anode target Discussions

Write discussion on Calculate the x-ray energy flux - tungsten anode target
Your posts are moderated
Related Questions
Bernoulli's equation In an irrotational fluid, total of the static pressure, the weight of the fluid per unit mass times the height, & half the density times the velocity squa

Write down a short note on the discovery of neutron. Show the uses of radioisotopes.

Describe the Michelson Morley's experiment and explain its negative result. What is "Length Contraction" and "Time Dilation" in relativistic mechanics? Explain.

Q. What is the use of control rods? Mention any two control rods. The control rods are utilized to control the chain reaction. They are extremely good absorbers of neutrons. Th


The characteristic of a body by virtue of which the body takes its real configuration when external deforming forces are removed is called as elasticity.


HEAD-ON COLLISION:  "If the centers of the colliding bodies stay moving along the similar straight line, the collision is said to be head-on collision".

Suppose you blow the top of a bottle and hear a resonance sound (standing wave).  The length of the bottle is about 25cm.  If the speed of sound in air is about 340 cm/sec., what i

What will happen when a ball is dropped in a hole passing by the centre of earth through out diametrically? Ans) The ball will implement simple harmonic motion centered at the ce