简介：One-dimensional(1D)nanomaterialsandnanostructureshavereceivedmuchattentionduetotheirpotentialinterestforunderstandingfundamentalphysicalconceptsandforapplicationsinconstructingnanoscaleelectricandoptoelectronicdevices.Zincsulfide(ZnS)isanimportantsemiconductorcompoundofII-VIgroup,andthesynthesisof1DZnSnanomaterialsandnanostructureshasbeenofgrowinginterestowingtotheirpromisingapplicationinnanoscaleoptoelectronicdevices.Thispaperreviewstherecentprogresson1DZnSnanomaterialsandnanostructures,includingnanowires,nanowirearrays,nanorods,nanobeltsornanoribbons,nanocables,andhierarchicalnanostructuresetc.Thisarticlebeginswithasurveyofvariousmethodsthathavebeendevelopedforgenerating1Dnanomaterialsandnanostructures,andthenmainlyfocusesonstructures,synthesis,characterization,formationmechanismsandopticalpropertytuning,andluminescencemechanismsof1DZnSnanomaterialsandnanostructures.Finally,thisreviewconcludeswithpersonalviewstowardsfutureresearchon1DZnSnanomaterialsandnanostructures.

简介：我们为预言有弹性的moduli开发了一个大形变模型oftwo维的细胞的材料。这个大形变模型基于细胞的材料的房间的使倾向的成员的大挠度。使倾向的成员，代表性的结构的紧张和二的有弹性的moduli的偏转--维的细胞的材料用不完全的椭圆形的积分被表示。试验性的结果证明这些有弹性的moduli不再是全体的常数变丑，但是与thes火车显著地变化。比较在这个大形变模型之间被做，小变丑模特儿由吉布森和Ashby求婚了。