Engineering electromagnetics field theory

In summary, the conversation discusses a course on Electromagnetic Fields Theory and the prescribed book, Engineering Electromagnetics by William Hayt. The topic of finding the total charge contained in a 2 cm length electron beam is mentioned, along with the use of volume charge density and integration to determine the required charge. The question of how to find the total charge despite the beam's line charge density is raised, and the possibility of the beam having a width of .5mm is also mentioned.
  • #1
sarwansagar
2
0
I am taking a course in Electromagnetic Fields Theory, and the prescribed book for us is Engineering Electromagnetics by William Hayt. We are referring to its 7th edition, in one numerical Example 2.3 we have to find total charge contained in 2 cm length electron beam where as we are given the volume charge density of it hence by integrating that we come to know the required total charge. my question is that we have the find total charge contained in 2 cm length then how can we have its volume density despite of its line charge density? a beam of electrons is sharp line.
 
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  • #2
The electron beam still has a width, a little googling and numbers like .5mm came up. Do you have any clues as to what the beam width might be?
 

Related to Engineering electromagnetics field theory

1. What is engineering electromagnetics field theory?

Engineering electromagnetics field theory is a branch of physics that deals with the study of the behavior of electromagnetic fields and their interactions with other physical phenomena in engineering applications. It involves the use of mathematical models and principles to understand and analyze the behavior of electromagnetic fields in various engineering systems such as circuits, antennas, and communication devices.

2. What are some practical applications of engineering electromagnetics field theory?

Engineering electromagnetics field theory has numerous practical applications, including the design and analysis of electronic circuits, wireless communication systems, radar and microwave technologies, and medical imaging devices. It is also used in the development of new materials with specific electromagnetic properties, such as metamaterials.

3. What are some key principles and concepts in engineering electromagnetics field theory?

Some key principles and concepts in engineering electromagnetics field theory include Maxwell's equations, which describe the relationship between electric and magnetic fields, and the electromagnetic wave equation, which describes the propagation of electromagnetic waves. Other important concepts include electromagnetic radiation, polarization, and the properties of different types of materials in the presence of electromagnetic fields.

4. How is engineering electromagnetics field theory related to other fields of study?

Engineering electromagnetics field theory is closely related to other fields of study such as electrical engineering, physics, and mathematics. It draws upon principles and concepts from these disciplines to understand and analyze the behavior of electromagnetic fields. It is also closely related to other branches of electromagnetics, including microwave engineering, antenna theory, and optics.

5. What are some common tools and techniques used in engineering electromagnetics field theory?

Some common tools and techniques used in engineering electromagnetics field theory include computer simulations, electromagnetic field modeling software, and analytical methods such as the finite element method and the method of moments. Experimental techniques, such as electromagnetic compatibility testing and antenna measurements, are also commonly used to validate theoretical models and predictions.

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