Appetecchi G B , Henderson W, Villano P , et al . PEO-LiN(SO2CF2CF3 ) 2 polymer electrolytes ( Ⅰ) : XRD , DSC , andionic conductivity characterization [J] . Journal of the Elect rochemical Society , 2001 , 148 (10) : A1171 - A1178.
[2]
Dygas J R , Misztal-Faraj B , Florjanczyk Z , et al . Effects ofinhomogeneity on ionic conductivity and relaxations in PEO andPEO-salt complexes [J] . Solid State Ionics , 2003 , 157 (1 -4) : 249 - 256.
[3]
Croce F , Appetecchi G B , Persl L. Nanocomposite polymerelectrolytes for lithium batteries [J] . Nat ure , 1998 , 394(6692) : 456 - 458.
[4]
Ji K S , Moon H S , Kim J W, et al . Role of functional nanosized inorganic fillers in poly ( Ethylene ) oxide-based polymerelectrolytes [J] . Journal of Power Sources , 2003 , 117 (1 -2) : 124 - 130.
[5]
Dissanayake M A K L , Jayathilaka P A R D , Bokalawala R SP. Effect of concentration and grain size of alumina filler on theionic conductivity enhancement of the ( PEO) 9LiCF3SO3 : Al2O3composite polymer electrolyte [J] . Journal of Power Sources ,2003 , 119 - 121 : 409 - 414.
[6]
McCormick D T , Fordham Z W, Smith J , et al . Polymermolecular weight and chain transfer during the photopolymerization of an aliphatic monoacrylate in a smectic liquid crystal[J] . Polymer , 2003 , 44 : 2751 - 3759.
[7]
Suzuki T , Yoshida K, Uematsu K, et al . Stabilization of superionic conduction phase in Li3Sc2(PO4)3 [J] . Solid S tateIonics , 1997 , 104 (1 - 2) : 27 - 33.
[8]
Bykov A B , Chirkin A P , Demyanets L N , et al . Superionicconductors Li3M2(PO4)3 ( M = Fe , Sc , Cr ) : Synthesis ,structure and electrophysical properties [J] . Solid State Ionics , 1990 , 38 (1 - 2) : 31 - 52.
[9]
Suzuki T , Yoshida K, Uematsu K, et al . Structure refinementof lithium ion conductors Li3Sc2(PO4)3 and Li3-2 x ( Sc1-2 xMx ) 2(PO4) 3 ( M = Ti , Zr ) with x = 0. 10 by neutron diffraction[J] . Solid State Ionics , 1998 , 113 - 115 : 89 - 96.
[10]
Aono H , Sugimoto E , Sadaoka Y, et al . Ionic conductivity ofsolid electrolytes based on lithium titanium phosphate [J] . JElect rochem Soc , 1990 , 137 (4) : 1023 - 1027.
[11]
Fu J . Fast Li + ion conduction in Li2O-(Al2O3 Ga2O3)-TiO2-P2O5 glass-ceramics [J] . J Mater Sci , 1998 , 33 (6) : 1549 -1553.
[12]
Leo C J , Subba Rao G V , Chowdari B V R. Studies on plasticized PEO-lithium triflate-ceramic filler composite electrolyte system [J] . Solid State Ionics , 2002 , 148 (1 - 2) : 159 - 171.
[13]
Sreekanth T , Jaipal Reddy M , Subramanyam S , et al . Ionconducting polymer electrolyte films based on ( PEO + KNO3)system and its application as an electrochemical cell [J] . MaterSci Eng , 1999 , B64 (2) : 107-112.
[14]
Wright P V. Electrical conductivity in ionic complexes of poly( Ethylene oxide) [J] . B r Polym J , 1975 , 7 (5) : 327 - 341.
[15]
Armand M B , Chabagno J M , Duclot M J . In : Vashishta P ,Mundy J N , Shenoy G K, eds. Fast ion transport in solids[M] , New York : Elsevier Press Inc , 1979. 131 - 135.
[16]
Kumar B , Rodrigues S J , Koka S. The crystalline to amorphous transition in PEO-based composite electrolytes : Role oflithium salts [J] . Elect rochimica Acta , 2002 , 47 (25) : 4125- 4131.
[17]
Berthier C , Gorecki W, Armand M B , et al . Microscopic investigation of ionic conductivity in alkali metal salts-poly ( Ethylene oxide) adducts [J] . Solid State Ionics , 1983 , 11 (1) :91 - 95.
[18]
MacGlashan G S , Andreev Y G, Bruce P G. Structure of thepolymer electrolyte poly ( Ethylene oxide ) 6 :LiAsF6 [J] . Nat ure , 1999 , 398 (6730) : 792-793.
[19]
Gadjourova Z , Andreev Y G, Tunstall D P , et al . Ionic conductivity in crystalline polymer electrolytes [J] . Nat ure ,2001 , 412 (6846) : 520 - 523.
[20]
Sorensen P R , Jacobson T. Conductivity , charge transfer andtransport number-an ac-investigation of the polymer electrolyteLiSCN-poly ( ethyleneoxide) [J] . Elect rochim Acta , 1982 ,27 (12) : 1671 - 1675.
[21]
Sreekanth T , Jaipal Reddy M , Subramanyam S , et al . Ionconducting polymer electrolyte based on poly ( Ethylene oxide)complexed with NaNO3 salt2application as an electrochemical cell[J] . J Power Sources , 1999 , 79 (1) : 105 - 110.
[22]
Druger S D , Nitzam A , Ratner M A. Dynamic bond percolation theory : A microscopic model for diffusion in dynamicallydisordered systems ( Ⅰ) : Definition and one-dimensional case[J] . J Chem Phys , 1983 , 79 (6) : 3133 - 3142.
[23]
Druger S D , Nitzam A , Ratner M A. Generalized hoppingmodel for frequency-dependent transport in a dynamically disordered medium , with application to polymer solid electrolytes[J] . Phy Rev , 1985 , B31 (6) : 3939 - 3947.
[24]
Siun H Y, Sohn HJ , Yamamoto O , et al . Composite polymerelectrolytes with improved lithium metal electrode interfacialproperties ( Ⅰ) : Electrochemical properties of dry PEO-LiXsystems [J] . J Elect rochem Soc , 1998 , 145 ( 12) : 4126 -4132.
[25]
Wu H D , Wu I D , Chang FC. The interaction behavior of polymer electrolytes composed of poly (Vinyl pyrrolidone) and lithium perchlorate (LiClO4) [J] . Polymer , 2001 , 42 (2) : 555- 562.
