1) dendritic structure
树枝状结构
1.
Fabrication of the silver dendritic structures array using the double template-assisted electrochemical deposition technique;
双模板辅助化学电沉积法制备金属银树枝状结构阵列
2.
Micromorphology and texture change of dendritic structure, which is electrodeposited with and without Ti4+ , on copper foil were investigated with scanning electron microscopy (SEM) and X-ray diffraction(XRD) analysis, the effect of Ti4+ and mechanism of forming dendritic structure were discussed.
结果表明,在加入Ti4+前后都能形成树枝晶,随着电流密度的增加树枝状结构越明显;Ti4+的加入使得在较低的电流密度下形成树枝晶;XRD结果表明树枝晶的主要择优取向为(220)和(111)晶面。
2) nano-sized branch-like stripe
树枝状条带结构
1.
From Ex situ scanning force microscope (SFM), we noted that a single-chain quaternary ammonium amphiphile bearing azobenzene (C_ 12AzoC_6N+) self-assembled on a freshly cleaved mica sheet and formed stable nano-sized branch-like stripe aggregation.
含有偶氮苯单链季铵盐化合物 4-[(4’ -十二烷氧基 )偶氮苯氧基 ]己基三乙基溴化铵 (简写为C12 AzoC6 N+)在水溶液中能聚集成胶束 ,当它自组织到新鲜的云母片上时 ,则形成二维有序的纳米尺寸的树枝状条带结构。
3) original dendritic region
原树枝状晶结构
4) Dendritic nanostructure
树枝状纳米结构
6) dendroid structure
树枝状构造
1.
The dendroid structure in Xiushui resembles that described as "microbialite crest" from the P—T boundary section in Laolongdong,Chongqing by previous researchers,and is composed of dendroid light-colored part in dendroid dark-colored rock part.
江西修水二叠系—三叠系界线地层有一段特殊构造的地层,下部为灰色部分和红色部分组成的斑状构造,上部为灰色部分和黄色部分组成的树枝状构造。
补充资料:树枝状球晶
分子式:
CAS号:
性质:高聚物从熔体或浓溶液中结晶时,由树枝状核生长形成的球晶。在生长期内一直有枝状分叉。在长成球晶的全过程中,都能观察到树枝状的结构。
CAS号:
性质:高聚物从熔体或浓溶液中结晶时,由树枝状核生长形成的球晶。在生长期内一直有枝状分叉。在长成球晶的全过程中,都能观察到树枝状的结构。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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