Is flight without moving parts possible?

In summary, the conversation discusses the fascination of ionocraft as a topic for a tenth grader with an interest in electronics. The possibility of creating a viable ionocraft using technologies such as microchannel plates and electron multipliers is also raised, along with the question of its practical use. The user is advised to repost their question without using a poll format and to consider posting in the Mechanical Engineering/Aerospace forum.

Do you think ionocraft development could have a lasting affect on AEEM?

  • Yes(definitely)

    Votes: 0 0.0%
  • Borderline(maybe yes, maybe no)

    Votes: 0 0.0%
  • No(improbable)

    Votes: 0 0.0%

  • Total voters
    0
  • Poll closed .
  • #1
THP115
9
0
As a tenth grader with electronics on the mind, ionocraft is probably one of the most interesting topics I have run across(besides the Casimir effect; that, I believe, is quantum physics). But, what I am truly interested in is whether or not it is possible, with the use of technologies such as microchannel plates or electron multipliers, to produce a viable ionocraft that could actually have a practicle use. Do you think this is possible? Give your opinion(of course, with some reasoning).
 
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  • #2
Welcome to the PF.

We generally do not allow polls in the technical forums here on the PF (as opposed to the General Discussion forum, where polls are generally allowed).

I have closed this thread. Please re-post your question, but not in poll form. Also, you may want to post in the Mechanical Engineering/Aerospace forum instead, which would seem to be a better match for your question.
 

1. Can an object fly without any moving parts?

Yes, it is possible for an object to fly without any moving parts. This type of flight is known as static lift or buoyancy, where the object is able to stay afloat due to the difference in air pressure above and below its surface.

2. How does static lift work?

Static lift works by utilizing the principles of Bernoulli's equation, which states that as the speed of a fluid increases, its pressure decreases. In the case of flight without moving parts, the object is designed in such a way that air flows faster over the top of its surface, creating an area of low pressure that lifts the object up.

3. What are some examples of flight without moving parts?

Some examples of flight without moving parts include hot air balloons, blimps, and airships. These objects use the principle of static lift to stay afloat in the air without any mechanical components.

4. Is flight without moving parts as efficient as traditional flight?

No, flight without moving parts is not as efficient as traditional flight using moving parts like wings and propellers. This is because it requires a large amount of energy to maintain the difference in air pressure that keeps the object afloat. However, it can still be a useful and cost-effective method for certain applications such as aerial surveillance or advertising.

5. Are there any limitations to flight without moving parts?

Yes, there are some limitations to flight without moving parts. It is heavily dependent on weather conditions, as changes in temperature and wind can greatly affect the lift generated by the object. Additionally, it is not suitable for high-speed flight and is limited in its maneuverability compared to traditional flight methods.

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