Closed loop induction Study?

In summary, the conversation discusses searching for information on the dynamics of the B field in a closed loop induction coil, which is the source of the output induction voltage. This information can be found in freshman physics textbooks and books on transformers and inductance.
  • #1
Robin07
139
0
Searching on the net for "closed loop induction" refers mostly to motors. What terms would I use to find information on the dynamics, if I can call it that, the B field that is the out-come of an induced current in this closed loop coil? I would think that the coils architecture would produce various strengths/gauss readings at different points as well as set up pole orientation(s). Is there a study that addresses this?

Thanks
 
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  • #2
The B field, or more exactly dB/dt, is the source of the output induction voltage. Freshman physics texts discuss the Faraday induction law. Also books that discuss transformers and inductance are good sources.
 
  • #3
for your question. The study of the dynamics of the B field in a closed loop induction coil is a complex and specialized area of research. The terms you may want to use in your search include "magnetic field dynamics," "induction coil design," and "magnetic flux density." Additionally, you may want to look for studies on the electromagnetic properties of materials used in induction coils, as well as studies on the effects of coil architecture and pole orientation on the B field. There are likely many studies and articles that address these topics, so it may be helpful to narrow your search by including specific keywords related to your research question. I hope this helps and wish you luck in your search.
 

1. What is a Closed Loop Induction Study?

A Closed Loop Induction Study is a type of research study that involves collecting data from multiple sources and analyzing it in a continuous loop. This means that the data collected is constantly used to inform and update the research process, leading to more accurate and relevant results.

2. How is a Closed Loop Induction Study different from a traditional research study?

In a traditional research study, data is collected at the beginning and analyzed at the end. In a Closed Loop Induction Study, data is collected, analyzed, and used to inform the research process throughout the study, allowing for real-time adjustments and improvements.

3. What are the benefits of using a Closed Loop Induction Study?

Using a Closed Loop Induction Study can lead to more accurate and relevant results due to the continuous data collection and analysis. It also allows for real-time adjustments and improvements, making the research process more efficient.

4. What types of research are best suited for a Closed Loop Induction Study?

Closed Loop Induction Studies are best suited for research that involves complex or dynamic systems, where data collection and analysis need to be ongoing to capture changes and patterns in the system.

5. How does a Closed Loop Induction Study impact the scientific community?

Closed Loop Induction Studies have the potential to advance scientific research by providing more accurate and relevant results. They also promote a more collaborative and iterative approach to research, encouraging researchers to continuously learn and improve their methods.

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