Abstract
Direct incorporation of inorganic nanoscale building blocks into polymers represents a typical way for preparing polymeric nanocomposites. The most important aspect in preparation of nanocomposites through dispersive blending is surface modification of the nanofillers. It is able to increase hydrophobicity of the fillers, enhance interfacial adhesion via chain entanglement or chemical bonding and eliminate the loosen structure of filler agglomerates. The present paper reviews the state of the art of nanoparticles/polymer composites, including the specific surface pretreatment techniques and their applications. Especially, the role of treated nanoparticles and the mechanisms involved in the improvement of mechanical properties and wear resistance of the composites are highlighted.
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References
1.
Zhang
M. Q.
,
Rong
M. Z.
and
Friedrich
K.
in ‘Handbook of organic-inorganic hybrid materials and nanocomposites’, (ed.
Nalwa
H. S.
), Vol. 2 , 113-150; 2003, CA, American Science Publishers.
2.
Chen
X.
and
Gonsalves
K. E.
J. Mater. Res ., 1997 , 12 , 1274 –1286 .
3.
Pukánszky
B.
and
Fekete
E.
Polym. Polym. Compos ., 1998 ,6 , 313 –322 .
4.
Plueddemann
E. P.
: ‘Silane coupling agents'; 1982, New York, Plenum Press.
5.
Fekete
E.
,
Pukanszky
B.
,
Toth
A.
and
Bertoti
I.
J. Colloid Interf Set , 1990 , 135 , 200 –208 .
6.
Nakatsuka
T.
,
Kawasaki
H.
and
Itadani
K.
J. AppL Polym. ScL , 1982 , 27 , 259 –269 .
7.
Papirer
E.
,
Schultz
J.
and
Turchi
C.
Eur . Polym . 1 , 1984, 20, 1155-1158.
8.
Li
H.
: Plastics (Chin .), 1999 , 28 , (2 ), 25 –28 .
9.
Yoshinaga
K.
,
Yokoyama
T.
,
Sugawa
Y.
,
Krakawa
H.
,
Enomoto
N.
,
Nishida
H.
and
Komatsu
M.
Polym. Bull ., 1992 , 28 , 663 –668 .
10.
Hasegawa
M.
,
Arai
K.
and
Saito
S.
J. Polym. Sci. Polym. Chem ., 1987 , 25 , 3117 –3125 .
11.
Gunko
V. M.
,
Voronin
E. F.
,
Pakhlov
E. M.
,
Zarko
V. I.
,
Turov
V. V.
,
Guzenko
N. V.
,
Leboda
R.
and
Chibowski
E.
Colloid Surf A , 2000 , 166 , 187 –201 .
12.Ph. Espiard and A. Guyot : Polymer , 1995 , 36 , 4391 –4395 .
13.
Oosterling
M. L. C. M.
,
Sein
A.
and
Schouten
A. J.
Polymer , 1992 , 33 , 4394 4400 .
14.
Rong
M. Z.
,
Zhang
M. Q.
and
Friedrich
K.
Eur . Polym . 1 , 2002, 38, 1573-1582.
15.
Ji
Q. L.
,
Rong
M. Z.
,
Zhang
M. Q.
and
Friedrich
K.
Polym. Polym. Compos ., 2002 , 10 , 531 –539 .
16.
Luo
Y.
,
Rong
M. Z.
,
Zhang
M. Q.
and
Friedrich
K.
J. Polym. Sci. Polym. Chem ., 2004 , 42 , 3842 –3852 .
17.
Prucker
O.
and
Ruhe
J.
Langmuir , 1998 , 14 , 6893 –6898 .
18.
Jordan
R.
and
Ulman
A.
J. Am. Chem. Soc ., 1998 , 120 , 243 –247 .
19.
Weck
M.
,
Jackiw
J. J.
,
Rossi
R. R.
,
Weiss
P. S.
and
Grubbs
R. H.
J. Am. Chem. Soc ., 1999 , 121 , 4088 –4089 .
20.
Ejaz
M.
,
Yamamoto
S.
,
Tsujii
Y.
and
Fukuda
T. M
Macromolecules , 2002 , 35 , 1412 –1418 .
21.
Jones
D. M.
,
Brown
A. A.
and
Huck
W. T. S.
Langmuir , 2002 , 18 , 1265 –1269 .
22.
Advincula
R.
,
Zhou
Q.
,
Park
M.
,
Wang
S.
,
Mays
J.
,
Sakellariou
G.
,
Pispas
S.
and
Hadjichristidis
N.
Langmuir , 2002 , 18 , 8672 –8684 .
23.
Tsubokawa
N.
,
Kogure
A.
and
Sone
Y.
J. Polym. Set Polym. Chem ., 1990 , 28 , 1923 –1933 .
24.
Tsubokawa
N.
,
Ishida
H.
and
Hashimoto
K.
Polym. Bull ., 1993 , 31 , 457 –464 .
25.
Tsubokawa
N.
and
Ishida
H.
J. Polym. ScL Polym. Chem ., 1992 , 30 , 2241 –2246 .
26.
Hayashi
S.
,
Takeuchi
Y.
,
Eguchi
M.
,
Iida
T.
and
Tsubokawa
N.
J. Polym. Set Polym. Chem ., 1999 , 71 , 1491 –1497 .
27.
Tsubokawa
N.
,
Kogure
A.
,
Maruyama
K.
,
Sone
Y.
and
Shimomura
M.
Polym. J ., 1990 , 22 , 827 –833 .
28.
Tsubokawa
N.
,
Shirai
Y.
,
Tsuchida
H.
and
Handa
S.
J. Polym. Set Polym. Chem ., 1994 , 32 , 2327 –2332 .
29.
Fukano
K.
and
Kageyama
E.
J. Polym. ScL Polym. Chem ., 1975 , 13 , 1309 –1324 .
30.
Rong
M. Z.
,
Zhang
M. Q.
,
Zheng
Y. X.
,
Zeng
H. M.
,
Walter
R.
and
Friedrich
K.
Polymer , 2001 , 42 , 167 –183 .
31.
Wu
C. L.
,
Zhang
M. Q.
,
Rong
M. Z.
and
Friedrich
K.
Compos. Set TechnoL , 2005 , 65 , 635 –645 .
32.
Rong
M. Z.
,
Zhang
M. Q.
,
Wang
H. B.
and
Zeng
H. M.
J. Polym. Set Polym. Phys ., 2003 , 41 , 1070 –1084 .
33.
Feng
X.
,
Liu
J.
,
Qin
D.
,
Wang
W.
and
Yin
F.
J. South. Yangtze Univ. (Chin .), 2003 , 2 , (5 ), 502 –504 .
34.
Ren
X.
,
Bai
L.
and
Wang
G.
Chem. World (Chin .), 2000 , 41 , (2 ), 83 –87 .
35.
Li
S.
,
Wang
P.
and
Wang
X.
Mod. Plast. Process. Appl. (Chin .), 2003 , 15 , (6 ), 11 –13 .
36.
Kruenate
J.
,
Tongpool
R.
T. Panyathanmaporn and P. Kongrat:
37.
Lazzeria
A.
,
Zebarjadb
S. M.
,
Pracellac
M.
K. Cavalierd and
38.
Wang
G.
,
Chen
X.
,
Huang
R.
and
Zhang
L.
J. Mater. Set Lett.,
39.
Wu
S.
and
Ye
P.
Eng. Plast. Appt (Chin .), 1997 , 25 , (2 ), 12 –16 .
40.
Li
Y.
and
Chen
J.
Chin. Plast. Ind (Chin .), 2001 , 29 , (1 ), 17 –18 .
41.
Wu
D.
,
Wang
X.
,
Song
Y.
and
Jin
R.
J. Appt Polym. Set, 92, 2714 –2723 .
42.
Zhang
L.
,
Tong
S.
and
Fan
Q.
Chin. Plast. Ind. (Chin .), 2004 , 32 , 36 –38 .
43.
Wu
R.
,
Tong
X.
and
Zhou
Z.
Chin. Plast. (Chin .), 2003 , 17 , (10 ), 24 –26 .
44.
Huang
Z.
,
Lin
Z.
,
Mai
K.
and
Zeng
H. M.
J. Mater. Set Eng. (Chin .), 2003 , 121 , (15 ), 714 –716 .
45.
Jana
S. C.
and
JaM
S.
Polymer , 2001 , 42 , 6897 –6905 .
46.
Xu
N.
,
Zhou
W.
and
Shi
W.
Polym. Adv. Technot , 2004 , 15 , 654 –661 .
47.
Pukanszky
B.
: Eur. Polym. J ., 2005 , 41 , 645 –662 .
48.
Shi
G.
,
Zhang
M. Q.
,
Rong
M. Z.
,
Wetzel
B.
and
Friedrich
K.
Wear , 2004 , 256 , 1072 –1081 .
49.
Zhang
M. Q.
,
Rong
M. Z.
,
Yu
S. L.
,
Wetzel
B.
and
Friedrich
K.
Macromot Mater. Eng ., 2002 , 287 , 111 –115 .
50.
Rong
M. Z.
,
Zhang
M. Q.
,
Shi
G.
,
Ji
Q. L.
,
Wetzel
B.
and
Friedrich
K.
Tribot Int ., 2003 , 36 , 697 –707 .
51.
Friedrich
K.
,
Rong
M. Z.
and
Zhang
M. Q.
Proc. Int. Conf. on Nanoscience & technology’, Beijing, China, June 2005, National Center for Nanoscience and Technology of China, 339.
52.
Luo
Y.
,
Rong
M. Z.
and
Zhang
M. Q.
Polym. Polym. Comp ., 2005 , 13 , 245 –252 .
53.
Chaberta
E.
,
Dendievelb
R.
,
Gauthiera
C.
and
Cavaille
J.-Y.
Compos. Set Technot , 2004 , 64 , 309 –316 .
54.
Starr
F. W.
,
Schröder
T. B.
and
Glotzer
S. C.
Macromolecules , 2002 , 35 , 4481 –4492 .