The glass envelope in which X-rays are produced is called the ________________
X-ray Tube: The Glass Envelope for X-ray Production
The question asks to identify the specific name for the glass envelope where X-rays are produced. Understanding the components of an X-ray generating system is key to answering this question.
The Role of the Glass Envelope
X-rays are generated when high-speed electrons collide with a metal target. This process needs to occur within a controlled environment to be efficient and safe. A critical component of this setup is a sealed glass enclosure.
- This glass enclosure serves multiple purposes:
- It houses the vacuum necessary for the X-ray generation process, preventing electrons from colliding with air molecules.
- It provides structural support for the internal components like the cathode (electron source) and anode (target).
- It acts as a barrier, containing the generated radiation and allowing controlled exit through specific windows.
This specific glass envelope, containing the vacuum and the essential components for X-ray generation, is precisely termed the X-ray tube.
Analyzing the Options
Let's look at why the other options are not the correct term for the glass envelope itself:
- X-ray chamber: While an X-ray machine might contain various chambers or compartments, this term doesn't specifically refer to the sealed glass envelope. A chamber is often a larger space.
- X-ray cell: This term is not standard terminology for the glass envelope in X-ray production. It might be used in other contexts, like particle physics, but not here.
- X-ray casing: Casing usually refers to an outer protective covering. While the glass envelope is part of the overall structure, 'casing' doesn't specifically denote the vacuum-sealed glass part where the X-rays are actually made.
- X-ray tube: This is the correct and specific technical term for the sealed glass (or sometimes metal) envelope containing the vacuum and electrodes necessary for generating X-rays. It's the heart of the X-ray producing apparatus.
Therefore, the glass envelope in which X-rays are produced is called the X-ray tube.
Important Questions from Basic Concepts in Physics
$50 \ \Omega$, $50 \ \Omega$ and $100 \ \Omega$ resistors are connected in series in a circuit. They can be replaced with a single resistor of ______________in the circuit.
- Which of the following statements correctly describes the relationship among the incident ray, the refracted ray, and the normal at the point of incidence when light passes from one transparent medium to another?
- Given below are two statements. Select the correct answer from the options given for these statements.
Statement I: Particles of matter are continuously moving, that is, they possess what we call kinetic energy.
Statement II: With increase in temperature, the kinetic energy of the particles also increases. - Absolute refractive index of a medium is the ratio of the speed of light in __________ to the speed of light in __________.
- Which of the following statements are correct?
(i) Melting point indicates the strength of forces of attraction between particles.
(ii) During melting, temperature of the solid remains constant until it has completely melted.
(iii) Boiling is a surface phenomenon.
(iv) Steam at 373 K has more energy than water at 373 K.
