樹枝狀 的英文怎麼說

中文拼音 [shùzhīzhuàng]
樹枝狀 英文
arborescent
  • : Ⅰ名詞1 (木本植物的通稱) tree 2 (姓氏) a surname Ⅱ動詞1 (種植; 栽培) plant; cultivate 2 (樹...
  • : Ⅰ名詞1. (枝子) branch; twig 2. (姓氏) a surname Ⅱ量詞1. (用於帶枝子的花朵) 2. (用於桿狀物)
  • : Ⅰ名詞1 (形狀) form; shape 2 (情況) state; condition; situation; circumstances 3 (陳述事件或...
  • 樹枝 : branch; twig; bough; ramet; prong
  1. Moss agate has a plant - like pattern

    苔蘚瑪瑙又稱樹枝狀瑪瑙
  2. From a paleogeomorphic point of view, the dentric and anastomosing pattern of distributaries in the mississippi river delta complex is three dimensional.

    從古地貌觀點來看,在密西西比河三角洲復合體內,樹枝狀和網的分流模式是三度空間的。
  3. Arborescent drainage pattern

    樹枝狀排水系
  4. The basibranchial bone of the second and the fourth gill arch form petioliform. the branches of the petioliform take shape arborescent and have ubisch process in the end

    鬍子鯰的鰓上器是由第二、第四對鰓弓基部的鰓骨向外突起形成柄部,柄部反復分支呈樹枝狀,其末端有球突起。
  5. There are several modifications of the dendritic design.

    樹枝狀圖樣有幾種變態。
  6. Interpretations based on the possible existence of a dendritic pattern are somewhat speculative.

    樹枝狀形態的可能存在為基礎的解釋是有些冒險的。
  7. Development of the dendritic pattern is influenced by the type and attitude of rock the erosion encounters.

    樹枝狀水系型式的發展是由遭受侵蝕的巖石類型和層態影響的。
  8. Synthesis and characterization of dendritic polyester

    樹枝狀聚酯的合成與表徵
  9. Simple method of hydraulic computation for dendriform waterallocation pipe net of water supply works in the rural area

    農村供水工程樹枝狀配水管網水力計算簡法
  10. The elevation or side view is known as a dendrogram.

    立視圖式側視圖又叫樹枝狀圖。
  11. Follicular dendritic cell ( fdc ) tumor of the liver is a recently recognized entity

    摘要肝瀘泡樹枝狀細胞腫瘤是最近認知的疾病。
  12. These are mostly drawn as dendrograms.

    其中大多數繪成樹枝狀圖。
  13. Ajs20, the precursor contained 20wt % alunina sol seeding, was calcined at around 1000 to get free - aggregation nano - sized a - alaos powders with a median particle size of 70nm. and, calcining ajs2, the precursor contained 2wt % alumina sol seeding, at hoo ' c, we get a - alaos nano - sized powders with a particle size of loonm and good dispersion by tem. this paper also gives the proper mechanisms of these factors " influences on the transformation to alpha phase

    研究結果顯示,含有20wt膠體籽晶的前驅體ajs20在1000左右煅燒就可獲得平均粒徑為70nm 、無團聚的納米- al _ 2o _ 3粉體;而含有2wt膠體籽晶的前驅體ajs2在1100即可獲得粒徑在100nm左右、幾乎單顆粒分散、有少量「樹枝狀」微結構的納米- al _ 2o _ 3粉體。
  14. For chitosan, when the concentration of chitosan is under 0. 1mg / ml, the structure of molecular chain can be observed by afm. at the same time, the refined structure of lyotropic liquid crystal of chitosan and the changes of structure were studied. films with liquid crystalline texture can be prepared from diluted solutions which concentration is lower than critical concentration of liquid crystal

    對于殼聚糖( chitosan ) ,通過afm直接對殼聚糖進行分子結構水平的觀察研究,發現在濃度低於0 . 1mg ml的稀溶液中用afm可以清楚觀察到糖鏈間形成的環或螺旋結構,以及鏈內側繞合排列的樹枝狀結構,這種現象是由於糖鏈間和糖鏈內的氫鍵締合所致。
  15. Standard test method for evaluation of resistance to electrical breakdown by treeing in solid dielectric materials using diverging fields

    使用分散電場法對固體介電材料抗樹枝狀電擊穿性的試驗方法
  16. Synthesis and research of dendritic nylon

    樹枝狀尼龍6的合成與研究
  17. Magnetic response of copper dendritic structures at infrared frequencies

    紅外波段銅樹枝狀結構磁響應特性研究
  18. Appending homogeneous catalysts to an oligomeric or dendritic support can concentrate active sites close to one another and thereby enhance the efficiency of cooperative processes

    將均相催化劑加在寡聚或是樹枝狀載體上能夠集中相近的活化位點,從而提高協同過程的效率。
  19. Abstract : in this paper the synthesis methods of silver nanostructure materials, such as nanocubes, triangular nanoprisms, nanorods, nanowires, nanotubes, dentrites, flake, nanodisks, nanobelts, and so on, were introduced, the methods include reducing precipitation, photoinduced conversion, irradiation reduction, electrodeposition, template, microwave - assisted, ultrasonic - assisted, hydrothermal assemble, microemulsion, and so on

    摘要:介紹了納米立方體、三角形納米稜柱、納米棒、納米線、納米管、樹枝狀、片、納米盤、納米帶等納米結構銀的制備方法,包括溶液還原沉澱法、光誘導轉化法、輻射還原法、電化學沉積法、模板法、微波或超聲波輔助法、水熱法、微乳液法等。
  20. The results show that these three kind of materials are effective to reduce the a - phase - transformation temperature and accelerate the a - phase - transformation process. no bough - like structure was found in the doping production of heat - treatment

    結果表明:這三種物質均有明顯的降低氧化鋁相變溫度,促進氧化鋁相變的作用,得到的焙燒產物中基本上沒有「樹枝狀」結構。
分享友人