React Ion of Gases: Low Energy Anion/Cation & Grounded Metal Surface

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In summary, the conversation discusses the reaction of gas ions (both anions and cations) near a grounded metal surface or an insulator. It is mentioned that free electrons and cations would likely recombine, but it is unknown what the probability or mechanism for this is. There is also a question about whether this reaction could lead to electrolysis and if there is a way to prevent it. The conversation also briefly touches on the behavior of anions in this situation, with the mention that the voltage slope induced by the anion may not be strong enough to remove the electron from the anion. The speaker apologizes for asking seemingly simple questions and expresses disappointment that no one has responded.
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mr.smith
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How would react ion of some gas (low energy anion or cation) in vicinity of a grounded metal surface or in vicinity of an insulator?

I guess a free electron and cation would automaticly recombine. But I don't know the probability nor mechanisms (just tunneling?) for the same thing happening with a cation and a grounded electrode. When it ends up like an electrolysis (the atom will stuck on the electrode) and is there a way to prevent that?

Anions are another thing. I guess that voltage slope around the electrode (induced by anion itself) wouldn't be sufficient to 'pluck' the electron away from the anion.

Sorry for dumb questions.
 
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Noone? :(
 

1. What is the purpose of studying the Reactivity of Gases?

Studying the Reactivity of Gases allows us to understand the chemical and physical properties of different gases and their interactions with other substances. This knowledge is essential for various industrial and environmental applications, such as air pollution control and gas sensor development.

2. What is Low Energy Anion/Cation in Reactivity of Gases?

Low Energy Anion/Cation refers to the formation of negatively or positively charged particles with low kinetic energy during gas reactions. These charged particles play a crucial role in gas-phase reactions, such as ion-molecule reactions and electron transfer processes.

3. How does Reactivity of Gases differ from other forms of chemical reactions?

The Reactivity of Gases differs from other forms of chemical reactions as it primarily involves gas-phase reactions, where the molecules are not in a condensed state. This means that the gas molecules have higher mobility and can interact with other gases or surfaces more easily, resulting in unique reaction pathways and products.

4. What is the role of Grounded Metal Surfaces in Reactivity of Gases?

Grounded Metal Surfaces play a significant role in the Reactivity of Gases as they can act as catalysts, providing a surface for gas molecules to react on. They also have a high electron affinity, which can facilitate the formation of charged species and influence the reaction pathways and products.

5. How can studying Reactivity of Gases benefit society?

Studying Reactivity of Gases has numerous benefits for society. It can help us understand and mitigate air pollution by developing better gas sensors and control technologies. It also plays a crucial role in the production of materials and chemicals, such as in the synthesis of polymers and pharmaceuticals, leading to advancements in various industries.

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