morphology of polymer 中文意思是什麼

morphology of polymer 解釋
聚合物形態學
  • morphology : n. 【生、地】形態學；【語法】詞法；詞態學；【生物學】組織,形態。n. -gist 形態學家。
  • of : OF ＝Old French 古法語。
  • polymer : n. 【化學】聚合體，聚合物，多聚物。 high molecular polymers 高聚物，高分子聚合物。adj. -ic
  1. ( 4 ) we use sem to observe fractured morphology of composites, and tem to observe dispersion and particle size of nanoparticles or composited nanoparticles in matrix. we also investigate dispersion property of composited nanoparticles in polymer matrix with the help of microtone

    （ 4 ）採用掃描電鏡（ sem ）觀察缺口沖擊的斷裂形貌，通過透射電鏡（ tem ）觀察納米粒子和復合納米粒子的分散情況和粒徑的大小；通過超薄切片法研究復合粒子在聚合物基體中的分散性。
  2. D. nwabunma, t. kyu, “ phase behavior, photopolymerization, and morphology development in mixtures of eutectic nematic liquid crystal and photocurable monomer ”, polymer. 42, 801 ( 2001 )

    劉光耀， 「光聚合高分子在微流體管道上的設計與製作」 ，國立成功大學，化學所碩士論文（ 2004 ）
  3. Isothermal and non - isothermal crystallization behaviors were also investigated. the results of ft - ir, uv spectrum, waxd and sem indicated that rigid rod polymer polyazomethines were polymerized in the composites. the addition of pam changed the crystallization morphology and apparent crystallinity of the composites, but did not change the basal crystal form

    通過對復合材料ft - ir 、紫外光譜、 waxd和sem等測試分析，表明復合材料中存在剛性棒高分子聚甲亞胺，其存在改變了pa - 6的結晶形態和表觀結晶度，但尼龍6的晶型並沒改變。
  4. The mechanical modifying equipment was used to prepare compounded micro - spheres from pmma particles and ps particles with metal particles and tio2 nano - particles. the sem was used to observe the images of particles and x - ray photoelectron spectroscopy ( xps ) is used to obtain surface spectrum. herein the tio2 nano - particles can be dispersed on larger polymer particles and their surface morphology is different by using different polymer particles

    使用掃描電鏡和光電子能譜對制得的復合微粒子進行表徵，發現該方法可以使納米tio _ 2粒子呈很好的分散狀態復合在聚合物微球及金屬粒子上，而且隨著聚合物微球原料的不同，納米tio _ 2粒子能在高聚物的表面的復合狀態也不同。
  5. The infrared spectroscopy, transmission electron microscopy, light scattering and x - ray photoelectron spectroscopy are used to characterize the polymer structure and the morphology of the latex particles. the results demonstrate that composite latex with core / shell morphology is indeed successfully prepared

    利用紅外光譜、透射電鏡、激光粒度儀、表面能譜分析等手段對聚合產物的化學結構及乳膠粒粒子形態進行了表徵。
  6. The lead zirconate titanate ( pzt ) / polymer composite presented large tan5 and dynamic modulus when the composites were exposed to higher polarization voltage and longer polarization time, because of the uniform dispersion of ceramic in polymer matrix and the strong interaction between grain and polymer. the morphology of the composites, namely the degree of the grains dispersion in polymer, can be observed through scanning electric microscope ( sem )

    顆粒結構性高的壓電陶瓷，其復合體系內耗大；在高極化電壓、長極化時間下，壓電陶瓷顆粒在聚合物中分散比較均勻，與聚合物接觸面大，相互間作用強；在外力作用時，體系tanb 、 g ， ， g ?呈現大的值。
  7. Variables affecting polymer morphology ( i. e., polymerization time, fiber thickness ) and binding - elution of target analytes ( i. e., solvents, time, temperature ) were studied in detail

    詳細研究影響聚合物形態（如聚合時間，纖維厚度）及被分析物吸附-洗脫能力（如溶劑，時間，溫度）的變量。
  8. Owing to its many advantages, it has become a powerful technique in polymer field such as the characterization of the surface morphology and properties, the visualization of phase separation, and the investigation of polymer on nanometer scale

    近年來，其應用已由對聚合物表面幾何形貌的觀測發展到納米級結構和表面性能的研究領域。
  9. Herein we employed 3, 4 - polyethylenedioxythiophene ( pedt ) as the polymer material, and tetracyanoquinodimethane ( tcnq ) and tin phthalocyanine ( snpc ) as small molecules. pedt was synthesized using chemical oxidation method. infrared spectrum ( ir ) and scanning electron microscopy ( sem ) were utilized for the characterization of the obtained pedt material and surface morphology of the pedt film

    對于pedt ，本文採用化學氧化法的工藝，探討了工藝對成膜的影響，用掃描電子顯微鏡（ sem ）觀察膜的表面形貌，運用紅外吸收光譜（ ir ）分析驗證了所生成的pedt聚合物，並測量了其電阻隨溫濕度的變化，最後探討了這種材料對兩種氣體的敏感特性。
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