Question: will highly charged metals break apart?

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    Break Charged Metals
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SUMMARY

The discussion centers on the stability of metal lattices in relation to the "sea of electrons" model. It posits that if a metal is charged positively by removing electrons, the repulsion between positive nuclei could potentially lead to the lattice breaking apart. The consensus indicates that while theoretically possible, achieving such a state would require significant energy and is not practically feasible under normal conditions. A reference link was provided for further reading on the topic.

PREREQUISITES
  • Understanding of metallic bonding and the "sea of electrons" concept
  • Knowledge of atomic structure and nuclear forces
  • Familiarity with electrostatics and charge interactions
  • Basic principles of thermodynamics related to energy states
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  • Research the effects of electron removal on metal properties
  • Explore the concept of metallic lattice stability in depth
  • Study electrostatic repulsion and its implications in atomic physics
  • Investigate energy requirements for ionization of metals
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Physicists, materials scientists, and students studying atomic interactions and metallic properties will benefit from this discussion.

jsmtaylor23
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Because of the "sea of electrons" holding a metal lattice together is it possible to charge that metal so much positively (by removing enough electrons) that it will break apart due to the unbalanced repulsion between positive nuclei?

normally the interaction between the "sea of electrons" and the positive nucleus holds the lattice together. without the sea wouldn't the atoms just fly apart? if its possible how hard would it be to achieve this?
 
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