Thank you for all the responses so far. I am thinking that I can approach this problem by determining the radiant powder traveling from the lamp to the surface of liquid and taking that as a starting point or input power to estimated how much of it will continue through.
I am using the estimate...
Sorry, I didn't realize I couldn't edit the after a certain amount of time. But as I mentioned, what I would still be interested in is the radiant energy transfer on the top and bottom of the liquid volume, as well as throughout the liquid. The parts pertaining to the particles can disregarded...
Thank you for your input, Tom. I'll rephrase the question I think, because I would still care to know what the radiant energy is imparted on the liquid volume.
Greetings all,
I'm normally used to researching topics related to biology but I am currently tackling a related side project with UV irradiation, and I don't have much experience with radiometry. I have a compact UV lamp that I am using to irradiate a suspension of small particles (submicron...
Ok I've made some progress:
If I say that any point in R3 can be given by the position vector:
\vec { p } =[{{ x }_{ 0 }{ ,y }_{ 0 }{ ,z }_{ 0 } } ]
Since the vectors r and r-hat are vector that points from a point on the wire to the point in R3 at which you want to know the magnetic field...
Hi all,
I have a question for all of you. I've been wanting to make a 3D vector field that would represent a magnetic field (for fun) around some segment of wire with a constant current flowing through it. I'm assuming I have a parametric equation for the wire segment. The one equation that...
1. A conveyor belt with one end immersed in a glycerin tank is used to transport small amounts of glycerin to a second tank. The belt surface is completely smooth, flow is laminar, and the specific weight of the fluid is 60 lbf/ft^3 with the belt velocity equal to 1 ft/s. Determine the volume...