Skull and Bones
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Then it is nano-fluids. I worked with microfluids. The micro world is ruled by the queen Viscosity and Mr Inertia has not much say in this matter. At nano scales even the quantum effects play their role.
I need a separate microfluidic circuit to separate analytes. The device is independent, and will also work in bulk scale, provided enough concentration of analytes above threshold level.
Yes you have told me about it, but I must say that you're such a show off.
Explain something that will help the newbies.![]()
The only variable here is 's', and that is the separation of the electrodes. With increasing distance, the current, I will fall exponentially. Keeping the other material properties constant.
The microfluidic circuit I was talking about is about a project I'm conceptualizing about low cost cancer detection system. And I'm also designing a device for non invasive blood glucose monitoring system.