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PHYS | 250 | Modern Physics | lecture notes | 

3. Microfluidic Diffusion Reactors a) Consider the diffusion of beads from chamber 1, initially having a concentration C 1 =C o, into chamber 2, initially have C 2 =0. The flux into chamber 1 is given by Fick’s first law as: ⎟ ⎠ ⎞ ⎜ ⎝ ⎛ − − = ∇ − = L C C D C D j 2 1 Therefore the rate change of concentration of beads is given by: dC t dt DA Ct C t VL 1 1 1 () () () =− 2 − Where, by conserv

PHYS | 305 | Introduction to Biophysics | question bank | 3. Microfluidic Diffusion Reac

PHYS 408 2009/10 term1 Homework problem set #1, problems 1-3 Assigned: 11/09/2008 Written Solution due 18/09/2008 5 PM in Hennings 328 If you collaborated with anyone, please write their name at the top of your HW Problem 1 (40 marks) a) Find all possible expressions (there are at least 2) for the real electric field of a monochromatic electromagnetic plane

PHYS | 408 | Applied Optics | homework | PHYS 408 2009/10 term1 Homewor

Monday, March 16, 2009 11:01 AM Ph y sics474 Pa g e 1 Ph y sics474 Pa g e 2 Ph y sics474 Pa g e 3 Ph y sics474 Pa g e 4

PHYS | 474 | Applied Solid State Physics | homework | Monday  March 16  2009 11:01 A

5-t"ìì'"rs P\q,Y6 ¿-:rcY A.+ \ "_7-À \^b \*^e \\.q ,,n.,^e-\,,^.,ì "- .. Àf= _J\*tl &èt* &2"* L¿\ w ""-,f\ çjj,R \ o ,."^.r.;\. \\* s cLê_ ._ A s= = - $ r+ \{..+à/"t ùi\ U^\r1 c.*.1\.'.^..n\. .I-^ t a\c*nnn < ô.è.. Le\'. þ*"" *^ \\ as¡ ¿"¡e-\"r \"\ d,e,^r, -= o øt \ + ^"*"{ **o\ ìtn, \\o ^,*-\çì - S^= *^. Jx{ c\ u, Cù o: * Jl* Ðç^ d^ s,,r\s p{îe.q- .g***L y (Xù J'^ Sni< f À\u^,

PHYS | 407 | General Relativity | homework | 5-t"ìì'"rs P\q Y6 ¿-:rcY A.+ \

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