Equation Sheet All
4
Equations sheet 6 s s w p D A σ 0 2 =p( 1−p ) σ R 2 = p( 1−p ) n G= π 4 ρ s d eff 2.5 g 0.5 ( 1−cos β 2sin 3 β ) 0.5 S 2 = ∑ i=1 N ( y i −μ ) 2 N S 2 = ∑ i=1 N ( y i −¯ y ) 2 N−1 I P = σ σ R
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Unit operation equation sheet
Transcript of Equation Sheet All
![Page 1: Equation Sheet All](https://reader036.fdocuments.net/reader036/viewer/2022083012/5695d10e1a28ab9b0294f63f/html5/thumbnails/1.jpg)
Equations sheet
6s
s w pD
A
σ 02=p (1−p) σ R
2=p(1−p )
n
G= π4ρ sdeff
2. 5 g0 . 5( 1−cos β2sin3 β )
0. 5
S2=∑i=1
N
( yi−μ )2
N
S2=∑i=1
N
( yi− y )2
N−1
IP=σσ R
![Page 2: Equation Sheet All](https://reader036.fdocuments.net/reader036/viewer/2022083012/5695d10e1a28ab9b0294f63f/html5/thumbnails/2.jpg)
Flow of particles through a fluid
Fluidization
MF PMF
P (1 )( )gL
0.55MFRe 33.7 1 3.59 10 Ar 1
0.934 0.934 1.8P p
oMF 0.87 0.066
g ( ) DV
1110
0.80.4 0.5b o oMF0.2
0.54D V V z 4Ng
Filtration
m p1 ns tu u
13
pp 2
gK D
s4
1 0.5 1
2p p
tg D
u18
CD
Re=4
3( ρp−ρ )μ
u t3 ρ2
mc
AT=( 2cΔp1− sgc fn
α0 μ )1/2
![Page 3: Equation Sheet All](https://reader036.fdocuments.net/reader036/viewer/2022083012/5695d10e1a28ab9b0294f63f/html5/thumbnails/3.jpg)
Centrifugal Separation:
x=ρs ( ρplp−1000 )ρplp( ρ s−1000 )