Can charged particles be used as a barrier for destroying or displacing objects?

[Silentkitty2]

Idea... charged particle berrier use of ionized particles moving at such high voilositys to and from 2 points such as copper and aluminum detract and attract so any objects that move between the 2 points gets intersected by the charged particles and destroyed or displaced.

 

[Bobbywhy]

Idea... charged particle berrier use of ionized particles moving at such high voilositys to and from 2 points such as copper and aluminum detract and attract so any objects that move between the 2 points gets intersected by the charged particles and destroyed or displaced.

How do high velocity ions destroy or displace objects? Could a hydrogen ion (a proton), for example, destroy or displace objects?

I suggest you work on improving your English spelling. We need to spell words correctly to communicate ideas clearly.

 

[Danger]

I actually propose that his/her knowledge of science is what requires augmentation, and that's what we're here for. I had no trouble understanding what s/he means, but the concept is flawed.

 

[Bobbywhy]

Yes, I agree the concept in Silentkitty2's post is flawed. I asked the two questions just to try to illustrate those flaws.

 

[sardar]

I can say that while charged particles can certainly exert force on objects, using them as a barrier for destroying or displacing objects is not a viable solution. The idea of using ionized particles moving at high velocities between two points to intercept and destroy objects is not feasible for several reasons.

Firstly, the use of charged particles as a barrier would require a significant amount of energy to create and maintain the ionization and velocity of the particles. This would make it a highly inefficient and expensive method compared to other existing barriers or protective measures.

Moreover, the precision and control required to accurately intercept and destroy objects using charged particles would be extremely challenging to achieve. The particles would need to be precisely directed and timed to intersect with the target object, which would be difficult to achieve in a real-world scenario where objects may be moving at different speeds and directions.

Additionally, using charged particles as a barrier would also pose a risk to surrounding objects and living beings. The high velocities and ionization of the particles could potentially cause damage or harm to nearby structures or living organisms.

In conclusion, while charged particles can be used to exert force on objects, using them as a barrier for destroying or displacing objects is not a practical or safe solution. Other methods, such as physical barriers or targeted energy weapons, may be more effective and efficient in protecting against unwanted objects.