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Wood, et al. (2002) Nature 415, 871-880
Basi, et el. (1993) Gene 123, 131-136
Jang, et al. (2002) Proc.
Alfa, et al.
Jang, et al. (1997) J.

Sun et al.
Shim et al.
Cho et al.
Tipper el al.
Elif et al.

Celentanoa et al. [2] was devoted to the FEA approach and experimental verification of multi-pass wire drawing.
Jo et al. [4] and Lee et al. [5] calculated the temperature in a multi-pass wire drawing operation by an analytical model, and optimized the pass schedule with the control in temperature rise, in order to increase the drawing speed.
Celano et al. [7] applied simulated annealing algorithm to find optimal number of passes and schedule.
Singh et al. [8] developed an optimizer of multi-pass wire drawing based on a response surface established from FEA.
Palaciosb, E.L.

The ultimate analysis was carried out in a Vario EL-III elementar (ELEMRNTAR Analysen-systeme GmbH, Germany).
Parka, et al.
Al-Salem, P.
Huang, et al.
Calvo, et al.

This paper in essence is an expanded introduction to the paper by Zhou et al. in this volume.
Benson et al. use a FEM to solve the conservation equations.
[9] E.L.
Eyring et al., The stability of detonation, Chem.
[23] A.L.

Sayouri et al [25].
Mao et al [26] who synthesized the composite (1-x) CCTO-x SrTiO by solid state.
These peaks are compared with the theoretical values from the lattice dynamics calculations (LDC) of Kolev et al [27-28] and the experimental values obtained.
El Moudden, M.
El Ghazouali and A.

References [1] W allace GG, Dastoo r PC, Officer DL, et al.
[7] LI G, SHROTRIVA V, HUANG JS, et al.
Nature Mater. 2005,4: 864 ~ 868 [8] MA WL, YANG CY, GONG X, et al.
Mater., 2005, 15: 1617 ~ 1622 [9] KIM JY, LEE K, COATES NE, et al.
Science, 2007, 317: 222 ~ 225 [10] Shirakawa H., Louis EL, MacDiarmid AG, et al., J.

Li Guo et al. [3-4] introduced a toboggan based random walk image segmentation algorithm.
Li Guo et al. [5] introduced a method of accurate vehicle detection in multi-vehicle video by random walk algorithm based on edge detection.
Zhaoyu Pian et al. [6] proposed a novel approach for image segmentation by applying structure tensor to random walk.
Richard Rzeszutek et al. [8] proposed an extension to random walk algorithm without significantly modifying the original algorithm.
El-Maraghi and D.

This type of equation is also generalized to include rupture processes, for instance, cavitation, as described by Khraisheh et al. [6].
Spigarelli et al. [16], report values close to 2-3 µm at 300ºC and 5 s-1 in the recrystallized zones of the microstructure (initial grain size of about 25 µm).
Del Valle et al [2], report values close to 2 µm at 300ºC and 10-2 s-1 in the recrystallized zones of the microstructure (initial grain size of about 17 µm).
Also, Tan et al. [17] report values close to 3 µm at 250ºC and 10-4 s-1 in the recrystallized zones of the microstructure (initial grain size of about 25 µm).
El Mehtedi , M.

A very detailed summary of the work done in the past is presented by Nield and Bejan [10], Ingham and Pop [11], Vadász [12], Viskanta et al. [13] and Fernando [14].
Hadidi et al. [28] studied numerically the double-diffusive convection in an inclined rectangular collector filled with two parallel porous layers.
Double diffusive convection in a vertical enclosure inserted with two saturated porous layers confining a fluid layer has been analyzed by Bennacer et al. [31].
El-Maghlany, Double diffusive natural convection in a square cavity with segmental heat sources, Eur.
Al-Farhany, A.