linear molecule 中文意思是什麼

linear molecule 解釋
線形分子
  • linear : adj. 1. 線的，直線的。2. 長度的。3. 【數學】一次的，線性的。4. 【動、植】線狀的；細長的。5. 由線條組成的，以線條為主的，強調線條的。
  • molecule : n. 【物、化】分子；克分子；〈口語〉微小顆粒。 gram molecule 克分子。 nonpolar molecules無極（性）分子。 polar molecules 有極分子。
  1. With the amount of ch3sicl2 increased, however, the linear molecule and orbicular organic compounds containing si, o and n element were formed, which resulted decrease of gasification velocity of precursor and purity of si - c - n nano - powders

    而fis樸。柱狀晶在長大過程中與相鄰的ps柞。柱狀晶相互靠近、搭接，限制了玻璃相的滑移，提高了復合材料的高溫強度。
  2. The theory hypothesis of " pore restriction " is first proposed in this paper. during polymerization, one end of linear molecule inserts the channels of zeolite to form hard end through chemical bond or supermolecule acting force, the other end forms soft end through condensing or polymerizing with other monomer molecule. on the basis of the theory hypothesis, a kind of novel pattern of organic - inorganic composite materials - pu / zeolite composite materials - has been designed

    本文首次提出了「孔約束」的理論假說，即在高分子材料聚合過程中，線型分子的一端通過化學鍵或超分子作用力插入分子篩的孔道中形成硬端，而另一端則與其它單體分子縮合或聚合形成高分子材料的軟端；在此假說的基礎上，設計了一類孔約束型有機?無機復合高分子材料的新模式，即聚氨酯/沸石分子篩復合材料。
  3. The overall structure of the chromosome of s. nanchangensis ns3226was shown to be linear dna molecule with covalently bound terminal proteins. the chromosome telomeres of this strain were seemingly to lie on the two largest chromosomal asei fragments, but the conclusion needs to be refined

    本研究還對南昌鏈黴菌ns3226染色體的結構進行了探索，初步揭示野生型南昌鏈黴菌ns3226的染色體為線性dna分子，末端具有共價結合的末端蛋白，染色體的末端可能處于染色體中最大的兩條ase片段上。
  4. The research prepared pvdf fibers using melt spinning. pvdf is semi - crystalline polymer, and its molecule chain is linear and soft. manufacturing fibers is feasible theoretically, however it is hard in reality and increasing the temperature cannot improve the spinning ability of pvdf

    Pvdf是半結晶性高聚物，分子鏈呈線型而且有一定的柔順性，其成纖性在理論上是可行的，但因溫度對其剪切速率的影響不大，所以溫度的改變並不能提高它的可紡性。
  5. As new kinds of non - linear polymers, dendritic polymers have formed a promising kind of functional materials and have been successively used in various applications due to their characteristics including low viscosity, better solubility in conventional solvents, and nano - dimension of single molecule

    摘要樹形聚合物高度支化，與線形結構的聚合物相比具有較低的粘度及良好的溶解性，而且其單分子尺寸通常在納米尺度，在多方面具有廣闊的應用前景。
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