苑蕾等：海水鲈鱼鳞片及鳍骨中羟基磷灰石的X射线极图法和ODF法择优取向分析 ·1625· materials.Ill.General solution to pole figure inversion.J Appl (刘会娟，祝迎春，阮启超，等.取向性羟基磷灰石纳米片的 P%3,1965,36(6):2024 合成与分析.硅酸盐学报，2009,37(9)：1495) 1]Bunge H J.Technological applications of texture analysis. 9]Weiner S,Wagner H D.The material bone:structure-mechani- Zeitschrift fuer Metallkunde,1985,76(7)457 cal function relations.Annu Rev Mater Sci,1998,28:271 22]Chen L W.Shi Q N,Zhou S P,et al.Analysis on orientation 30]Landis W J,Song M J,Leith A,et al.Mineral and organic ma- distribution function of X-tay diffraction.Phys Exam Test,2008, trix interaction in normally calcifying tendon visualized in 3 di- 26(4):38 mensions by high-oltage electron-microscopic tomography and (陈亮维，史庆南，周世平，等.X射线衍射取向分布函数分 graphic image reconstruction.J Struct Biol,1993,110(1):39 析.物理测试，2008,26(4)：38) B1]Ji B H,Gao H J.Mechanical principles of biological nanocom- 23]Nie G J,Shan Y H,Tian Y,et al.Numerical modeling of tex- posites.Annu Rev Mater Res,2010,40:77 tures in polycrystals:theory and applications in geosciences. 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inversion． J Appl Phys，1965，36( 6) : 2024 ［21］ Bunge H J． Technological applications of texture analysis． Zeitschrift fuer Metallkunde，1985，76( 7) : 457 ［22］ Chen L W，Shi Q N，Zhou S P，et al． Analysis on orientation distribution function of X-ray diffraction． Phys Exam Test，2008， 26( 4) : 38 ( 陈亮维，史庆南，周世平，等． X 射线衍射取向分布函数分 析． 物理测试，2008，26( 4) : 38) ［23］ Nie G J，Shan Y H，Tian Y，et al． Numerical modeling of tex￾tures in polycrystals: theory and applications in geosciences． Geotect Metal，2012，36( 1) : 56 ( 聂冠军，单业华，田野，等． 组构数值模拟的原理及其在地 学中的应用． 大地构造与成矿学，2012，36( 1) : 56) ［24］ Li S T． X-ray Diffraction of Crystals． Beijing: Metallurgical In￾dustry Press，1990 ( 李树棠． 晶体 X 射线衍射学基础． 北京: 冶金工业出版社， 1990) ［25］ Huang Q Z，Zhou Y X． Texture characteristic of cold-rolled sheet by 3-D ODF． Wisco Technol，1981( 1) : 39 ( 黄清珠，周永忻． 用三维取向分布函数研究冷轧薄板的织 构． 武钢技术，1981( 1) : 39) ［26］ Zhong Z Q． Preferred orientation in deformed rock． Geol Sci Tech￾nol Inf，1988，7( 3) : 21 ( 钟增球． 变形岩石优选方位研究的进展． 地质科技情报， 1988，7( 3) : 21) ［27］ Hoang Q Q，Sicheri F，Howard A J，et al． Bone recognition mechanism of porcine osteocalcin from crystal structure． Nature， 2003，425 ( 6961) : 977 ［28］ Liu H J，Zhu Y C，Ｒuan Q C，et al． Synthesis and analysis of hydroxyapatite nanosheets with oriented arrangement． J Chin Ce￾ramic Soc，2009，37( 9) : 1495 ( 刘会娟，祝迎春，阮启超，等． 取向性羟基磷灰石纳米片的 合成与分析． 硅酸盐学报，2009，37( 9) : 1495) ［29］ Weiner S，Wagner H D． The material bone: structure-mechani￾cal function relations． Annu Ｒev Mater Sci，1998，28: 271 ［30］ Landis W J，Song M J，Leith A，et al． Mineral and organic ma￾trix interaction in normally calcifying tendon visualized in 3 di￾mensions by high-voltage electron-microscopic tomography and graphic image reconstruction． J Struct Biol，1993，110( 1) : 39 ［31］ Ji B H，Gao H J． Mechanical principles of biological nanocom￾posites． Annu Ｒev Mater Ｒes，2010，40: 77 ［32］ Traub W，Arad T，Weiner S． Three-dimensional ordered distri￾bution of crystals in turkey tendon collagen fibers． Proc Natl Acad Sci USA，1989，86( 24) : 9822 ［33］ Zylberberg L，Nicolas G． Ultrastructure of scales in a teleost ( Carassius auraturs L ) after use of rapid freeze-fixation and freeze-substitution． Cell Tissue Ｒes，1982，223( 2) : 349 ［34］ Zhu X P，Liu C X，Du M S，et al． A comparative study of mi￾crostructure and mechanical properties of black carp’s fin，rib and opercular bones． J Exp Mech，2014，29( 3) : 392 ( 朱小萍，刘传祥，杜敏梳，等． 青鱼鳍骨、肋骨和鳃盖骨微 观结构与力学性能的比较研究． 实验力学，2014，29 ( 3) : 392) ［35］ Oxlund H，Barckman M，Ortoft G，et al． Ｒeduced concentra￾tions of collagen cross-links are associated with reduced strength of bone． Bone，1995，17( Suppl 4) : S365 ［36］ Naleway S E，Taylor J Ｒ A，Porter M M，et al． Structure and mechanical properties of selected protective systems in marine or￾ganisms． Mater Sci Eng C Mater Biol Appl，2016，59: 1143 ［37］ Dumont M，Borbely A，Kaysser-Pyzalla A，et al． Long bone cor￾tices in a growth series of Apatosaurus sp． ( Dinosauria: Diplodo￾cidae) : geometry，body mass，and crystallite orientation of giant animals． Biol J Linn Soc，2014，112( 4) : 782 · 5261 ·