第12期
外科植入物用新型医用钛合金材料设计、开发与应用现状及进展
于振涛等：
Biomateria/s, 2000, 17(21) : 1 803 1810.
materials[J].
[31］LiangYingchun（梁迎春），Song Daiping（宋代平），Chen
Mingjun(陈明君），etal、钛系生物医用材料表面粗糙度影
响细胞黏站附新进展[J]，
Chinese Jounal of Mechanical En-
qineering（机械工程学报），2008，7(44）：6-15.
[32] Zhou Yinglong, Ninomi Mitsuo, et ql.
Effects of Ta Content on
Young's Modulus and Tensile Properties of Binary Ti-Ta Alloys for
Materials Science and Engineering
Biomedical Applications[ J]. A, 2004, 371(25): 283.
[33] Bamy O"Brien ，William Carroll.The Evolution of Cardiovascu-
lar Stent Materials and Surfaces in Response to Clinical Drivers: a Review[J]. Acta Biomaterialia, 2009, (5) : 945.
[34] Han Yong, Zhang Lan, Lu Jian, er al. Defomation Induced
Ambient Temperature α - to β Phase Transition and Nanocrys-tallization in (α + β) Titanium Alloy [J]. Journal of Materials Research, 2009, 11(24) ; 3 439 3 445.
[35] Branemark P I, Adell R, et al.Intro-Osseous Anchorage of Dent-
al Prostheses, 1.
Experimental Studies [ J]. Seand J Plast
Relonstr Surg,1969,3:81.
[36］Liu Jianglong（刘江龙）．Conspeetus of Ecomaterials（环境材料
导论) [M]. Beijing: Metallurgical Industry Press, 1999.
[37] Li J P, Groot K De. Porous Titanium with Reticulate Structure
for Orthopaedie Implant[ J]. Ti2003 Science and Technology, 2003(1) ; 3 157 3 164.
[38] Nag S, Banerjee R, Fraser H L. A Novel Combinatorial Ap-
proach for Understanding Microstructural Evolution and Its Rela-tionship to Mechanical Properties in Metallic Biomaterials [ JJ. Acta Biomater, 2007, 3(3) : 369 376.
[39] Ruslan Z Valiev, Yuri Estrin, Zenji Horita, et al. Producing
Bulk Ultrafi Ne-Grained Materials by Severe Plastic Deformation[J]，JOM，,2006:3339.
51
[40 ] Latysh V, Krallies Gy, Alexandrov 1, Application of Bulk
Nanostructured Materials in Medicine [ J]. Physies, 2006 (6) ; 262 266.
Current Applied
[41] Saito Y, Utsunomiya H, Tsuji N, et al. Novel Ultra High
Straining Process for Bulk Materials Development of the Accu-mulative Roll Bonding ( ARB) Process [ J].
Acta Materialia.
1999, 47(2) : 579 583.
[42] Jiang L, Perez Prado M T,
Gruber P A, et al. Texture, Mi-
crostructure and Mechanical Properties of Equiaxed Ultrafine-Grained Zr Fabrieated by Aceumulative Roll Bonding[ J]. Acta Materialia, 2008, 56(6) ; 1 228 1242.
[43] Tsuji N, Saito Y,
Utsunomiya H, et al.
Ultra-Fine Grained
Bulk Steel Produced by Accumulative Roll Bonding ( ARB) Process[J]. Scripte Materialia, 1999, 40(7) : 795 800. Han JY, Yu Z T, 2
Hydroxyapatite/Titania Composite
[44]
Zhou L.
Bioactivity Conating Processed by Sol-Gel Method and Its in Vitro Activity[J]. Applied Surface Science. 2
2008, 255(2) : 455
458
[45] Han JY, Yu Z T, Zhou L.
The Surface Modifications of Dental
Implants that Made of A Near-b Type Titanium Alloy[ J]. Mate-rials Science Forum.2009, 618 619; 299 302.
[46] Han J Y, Yu Z T, Zhou L. The Effeets of Different Hydroxyap-
atite TiO, Composite Coatings on Bone-Related Protein[ J]. Ma-
terils Science Forum. 2009, 610 613; 1 104 1 108.[47] Huang N, Yang P, Leng Y, et al.
Hemocompatibility of Tita-
nium Oxide Films [J]. Biomaterials, 2003, (24) : 2 177 2 187.
[48] Huang Yan, Lu Xiaoying, Ma Jingwu, et al. In Vitro Investi-
gation of Protein Adsorption and Platelet Adhesion on Inorganic Biomaterial Surfaces [ J]. Applied Suface Science, 2008, 255(2) : 257 259.
喜晋普营窖营窖晋路
苏州工业园区投资267亿保七大纳米项目
“中国科学院苏州纳米所二期暨苏州独墅湖科教创新区集中开工莫基仪式"于2010年11月15日在苏州独墅湖畔隆重举行，中科院副院长施尔畏，江苏省委常委、苏州市委书记蒋宏坤等领导出席了开工莫基仪式。
此次集中开工的项目分别是：中科院苏州纳米所二期、生物产业园北区、苏州纳米城、苏州纳米技术国家大学科技园及大学科技产业园、纳米技术孵化基地和新兴产业基地、苏州大学独墅湖校区二期。开工的项目既有院校
研发类项目，也有孵化平台和产业基地等载体项目，形成了从人才培养到科技研发、企业孵化和产业发展等较类、
为完善的创新链。这些项目建成后，将带动当地超过500亿元的社会产业项目投资，带动相关产业领域产值达千亿级，使苏州工业园区在纳米技术等新兴产业领域形成比较完善的产业协作、技术服务、成果转化、人才支撑、公共配套体系，推动新兴产业快速成长，并使苏州工业园区独墅湖科教创新区成为全国以纳米技术为引领的创新要素最
创新氛围最浓厚、产业化环境最优、品牌影响力最强的产业高地。
集聚、
（本刊通讯页）