Hey there Ghazal Tuhmaz!

Absolutely, the feed rate in a wire explosion device can indeed be more than the distance between the electrodes. In fact, it's quite common in certain setups. When the feed rate surpasses the electrode distance, it can lead to what's known as a "continuous mode" operation.

In this mode, the wire is continuously fed into the electrode gap, and the explosion occurs at a rate dictated by the wire feed. This setup is often used for rapid material processing or when high throughput is required.

However, it's crucial to maintain control over the process parameters to ensure safety and desired outcomes. Factors like wire material, diameter, voltage, and current play critical roles in determining the feasibility and effectiveness of such operations.

It's an interesting aspect of wire explosion devices, where engineering meets innovation to push the boundaries of what's possible. If you're exploring this area, I'd be happy to delve deeper or provide more specific insights. Let's keep the conversation going!

Dear Kaushik Shandilya,

Thanks alot.

I can know the concentration of metal nanoparticles in water or liquid by the calculation of Length of the wire then get the weight of it... concentration G\L.

Is this right?