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Solid–Liquid Two Phase Flow固液两相流体
1 C( P4 j/ g) D* J* [共3个压缩卷,解压后6.09M
9 V' c+ B6 G& D) g2 o' Z! ]ISBN: 978-0-444-52237-5 ]7 W# z- ?# ]0 ^5 L
页数5351 v/ \% q( k5 h! W1 |
ELSEVIER出版。08新书( V0 D! `+ b$ \# l+ i! F B
Preface
+ ^. P/ B0 i+ P6 c2 D0 R7 aBeing an ‘underpinning technology’, fluid flow closely reflects and sometimes precedes5 z: G, p1 Q+ x( W, g: p* v
the developments of the ‘core technologies’ of the time. Only in the second half of 19th
( I' c, b, F+ |) Fcentury that the term ‘two-phase flow’ was pronounced and added as a chapter to fluid# v- G5 b; v1 @% u' n
mechanics and unit operations books. At that time, two-phase flow term was used predominantly8 ?; N5 ~" |5 L; f# W
to denote gas–liquid flow, which is not coincidental, as the leading technologies* V& w3 O% G* Z" F* }7 S3 X, f7 _4 B
were nuclear and thermal, addressing mainly vapor–liquid systems. Development of
; G5 D; h/ ?, Y3 {& w/ \# X0 Wsecondary and tertiary oil recovery technologies in 1980s focused the attention of the scientific" d- i0 z& X$ j5 D/ R. s* `0 u
world on surfactants and liquid–liquid systems incorporating surfactants. The new
$ x. q; D R: J7 k2 ymillennium brought with it a vision toward a change in the scale of processes and dimensions7 J1 ^! d- i) Y% ^/ |+ h
from macroscale to microscale. Along with it came the need for a fundamental
$ `9 [5 G4 }. I) vunderstanding of processes in the molecular scale, in place of empirical models.! L9 x" W$ \' Y+ T" O$ ^
The subject of solid–liquid two-phase flow is something we live with. Man is acquainted
. D) E z/ X) T. q3 W! F( |with solid–liquid mixtures since he first made his brick house, and she, her bread.
/ Z$ F1 d% s4 Z, o* t1 A9 OSolid–liquid systems are within us, as our blood, around us in our everyday living and in
Q& ?" G! e* z7 I' l5 rfundamental technologies such as ceramics, cement, plastics, and grain-based food industries." a7 K: Q! b) I5 c
However, the outlook on solid–liquid systems has changed in the meantime, in parallel
$ [0 r/ ]! N4 G3 E. D" t; ^with the advancement in the global interests and technologies. The excellent books
" d% p3 F! \' j v) }written on solid–liquid two-phase flow about two decades ago addressed particulate technologies
3 q% C& m4 V4 k' f5 R0 t6 ~) ]of noncolloidal materials." r! ^& ~% t3 B. S
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