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| 尖晶石锰酸锂的组成对其结构和性能的影响 |
| 阚素荣; 卢世刚; 黄松涛 |
| 北京有色金属研究总院 |
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引用本文:
阚素荣; 卢世刚; 黄松涛 . 尖晶石锰酸锂的组成对其结构和性能的影响[J]. 材料研究学报, 2005, 19(4): 348-353.
1 L.E.Freed,G.Vunjak-Novakovic,R.J.Biron,D.B.Eagles, D.C.Lesnoy,S.K.Barlow,Biodegradable polymer scaffolds for tissue engineering,Biotechnology,12,689(1994)
2 CHEN Jida,CUI Lei,LIU Wei,CAO Yilin,The de- velopment on solvent casting/particulate leaching,China Biotechnology,23(4),32(2003) (陈际达，崔磊，刘伟，曹谊林，溶剂浇铸/颗粒沥滤技术制备组织工程支架材料，中国生物工程杂志，23(4)，32(2003))
3 K.Whang,T.K.Goldstick,K.E.Healy,A biodegradable polymer scaffold for delivery of osteotropic factors,Bio- materials,21,2545(2000)
4 M.Honda,T.Yada,M.Ueda,K.Kimata,Cartilage forma- tion by cultured chondrocytes in a new sca.old made of poly(L-lactidee-caprolactone)sponge,J.Oral Maxillofac. Surg.,58,767(2000)
5 C.J.Chuong,Y.C.Fung,Three-dimensional stress distri- bution in arteries,J.Biomech.Eng.,105,268(1983)
6 K.Takamizawa,K.Hayashi,Strain energy density function and uniform strain hypothesis for arterial mechanics,J Biomechanics,20,7(1987)
7 A.Park,B.Wu,L.G.Griflith,Integration of surface modifi- cation and 3D fabrication techniques to prepare patterned poly(L-lactide)substrates allowing regionally selective cell adhesion,J.Biomater.Sci.Polym.Ed.,9,89(1998)
8 GAO Jianping,MA Penggao,YU Jiugao,YAO Kangde, Tissue engineering and biodegradable macromolecular scaffold,Polymer Bulletin,4,89(2000) (高建平，马朋高，于九皋，姚康德，组织工程与生物可降解高分子骨架，高分子通报，4，89(2000))
9 G.R.D.Evans,K.Brandt,M.S.Widmer,L.Lu, R.K.Meszlenyi,P.K.Gupta,In vivo evaluation of poly(L-lactic acid)porous conduits for peripheral nerve regeneration.Biomaterials,20,1109(1999)
10 D.J.Mooney,D.F.Baldwin,Novel approach to fabricate porous sponges of poly(D,L-lactic-co-giycolic acid)with- out the use of organic solvents,Biomaterials,17(14), 1417(1996)
11 M.H.Sheridan,L.D.Shea,D.J.Mooney,Bioabsorbable polymer scaffolds for tissue engineering capable of sus- tained growth factor delivery,Journal of Controlled Re- lease,64,91(2000)
12 XING Yubin,LI Lihua,ZHOU Changren,PLA/TCP porous scaffolds for tissue engineering fabricated by re- peatedly cycling extraction with supercritical CO_2,Jour- nal of Functional Materials Contents,36(12),1909(2005) (邢禹彬，李立华，周长忍，超临界CO_2反复循环萃取法制备PLA/TCP多孔组织工程支架材料．功能材料，36(12)，1909(2005))
13 ZHANG Run,DENG Zhengxing,LI Lihua,ZHOU Changren,Preparation of porous PLA scaffold materials by supercritical CO_2 fluid technique,Chinese Journal of Materials Research,17(6),665(2003) (张润，邓政兴，李立华，周长忍，用超临界CO_2法制备聚乳酸三维多孔支架材料，材料研究学报，17(6),665(2003))
14 Robin A.Quirk,Supercritical fluid technologies and tissue engineering scaffolds,Current Opinion in Solid State and Materials Science,8,313(2004)
15 ZHU Meixiang,MU Changdao,LIN Wei,SHI Zongjie, Advantage of collagen as biomaterials and its application, Chemical World,3,161(2003) (朱梅湘，穆畅道，林炜，史宗洁，胶原作为生物医学材料的优势与应用，化学世界，3，161(2003)
16 L.D.Harris,B.S.Kim,D.J.Mooney,Open pore biodegrad- able matrices formed with gas foaming,Biomed.Mater. Res.,42(3),396(1998)
17 A.Tampieri,G.Ceiotti,S.Sprio,A.Delcogliano, S.Franzese,Porosity-graded hydroxyapatite ceramics to replace natural bone,Biomaterials,22,1365(2001)
18 S.Lowell,J.E.Shields,Powder Surface Area and Porosity, (New York,Chapman and Hall,1984)p.72
19 John A.Dean,Lange's handbook of chemistry(13th ed.) (迪安J．A．主编，尚久方，操时杰，辛无名，郑飞勇译，兰氏化学手册，第十三版中文版(北京，科学出版社，1991))
20 XING Yuqing,WU Guiguo,XING Jun,Chemosynthesis of perfectly degradable plastics polyactic acid,Engingeer- ing Plastics Application,30(12),57(2002) (邢玉清，吴贵国，邢军，化学合成全降解塑料-聚乳酸，工程塑料应用，30(12)，57(2002))
21 V.Charulatha,A.Rajaram,Influence of different crosslink- ing treatments on the physical properties of collagen mem- branes,Biomaterials,24,759(2003) |
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