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The Equations thread

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. :tsk:
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.
 
That's how the forces are balanced?
So the total force = lift + drag
How do you fit in everything in one equation???

I did in a very simplified manner to begin, basically T - D = m a,
  1. when T=D, the net force (ma) is zero and since it non-nuclear phenomena, the mass is not zero only the acceleration is zero implying that either the airplane is at rest or moving with constant velocity
  2. When T<D means the net force (ma) is negative and since mass cannot be negative, the acceleration is negative i.e deceleration implying slow down.
  3. I think I don't need to explain the T>D

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.
What are the wall separations/dimensions? I will you use electric charge or magnetic field for separating the analytes?
 
I did in a very simplified manner to begin, basically T - D = m a,
  1. when T=D, the net force (ma) is zero and since it non-nuclear phenomena, the mass is not zero only the acceleration is zero implying that either the airplane is at rest or moving with constant velocity
  2. When T<D means the net force (ma) is negative and since mass cannot be negative, the acceleration is negative i.e deceleration implying slow down.
  3. I think I don't need to explain the T>D
I am sorry I missed it in your earlier post. Blame it on my mobile.
Thank you guys for keeping the discussion interesting!!! :tup:
 
I am sorry I missed it in your earlier post. Blame it on my mobile.
Thank you guys for keeping the discussion interesting!!! :tup:
No need to be sorry because I just explained it right now. Thanks for your question otherwise it would have skipped it and went ahead.
 
What are the wall separations/dimensions? I will you use electric charge or magnetic field for separating the analytes?

That I'm not sure as of now, as that is not my primary field of research. I don't think magnetic field will work for label free detection. Maybe something like a membrane, or acoustic. I need to dig more into it.
 
Very cool thread :tup:
 
@Aminroop

Lucky you,I was just looking at equation,when opened up this thread.

Here you go,

Equation for today:
N=ln(1-P)/ln(1-1/n)


ln=Log natural.
P=Probability of including any particular sequence in random human genomic DNA library of given size.
N=Given genome
n=Size of genome relative to genome fragment.



Unit 6#Cloning Strategies,sixth edition,Principle of gene manipulation by Sandy Primrose,Richard Twymann and Bob Old.


regards
 
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