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PDF file - Facultatea de Chimie şi Inginerie Chimică

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NOMENCLATURE<br />

70<br />

V.R. DEJEU, R. BARABÁS, AL. POP, E.S. BOGYA, P.-Ş. AGACHI<br />

I 1 integrated intensity of pure phase in mixture<br />

0<br />

I 1 integrated intensity of pure phase<br />

m mass of HAP (kg)<br />

'<br />

A1<br />

μ μ<br />

1 2<br />

, mass absorption coefficients<br />

w mass fraction of phase<br />

1<br />

n mols of HAP formed in reaction (mol)<br />

A1<br />

n mols of HAP formed in the liquid phase (mol)<br />

A1[]<br />

l<br />

n mols of HAP in one macroparticle (mol)<br />

p<br />

A1<br />

N number of macroparticles (-)<br />

p<br />

2<br />

r particle radius (m)<br />

l particle length (m)<br />

w 3 rate of germs forming (m/s)<br />

w 2 rate of germs growing (m/s)<br />

K rate constant (-)<br />

V []n the volume fraction of the new phase (m 3 )<br />

V []m the volume fraction of the new phase (m 3 )<br />

V T total volume of the new formed phase (m 3 )<br />

Greek symbols<br />

ρ '<br />

A 1<br />

molar <strong>de</strong>nsity (kmol/ m3 )<br />

τ time (s)<br />

v p stoechiometric coefficient of macroparticles (-)<br />

v stoechiometric coefficient of the new phase (-)<br />

[]n

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