molecular composite 中文意思是什麼
molecular composite
解釋
分子復合材料-
Technique and condition of developing membrane such as thickness of support layer, concentration of coating solution, coating time, ph value of coating solution, concentration of small molecular additive in coating solution, concentration of cross - linking agent, cross - linking time and composite times were studied
對制膜工藝條件如基膜厚度、塗層液濃度、浸塗時間、塗層液ph值、塗層液中小分子添加劑的含量、交聯劑類型、交聯劑濃度、交聯時間及復合次數對納濾膜性能的影響進行了研究。 -
( 1 ) for the first time, compositing the chemical compounds of alkaline - earth metal with the adsorption material, 13x molecular sieve, silica gel, and activated alumina to gain a series of composite adsorbents with good performance that higher adsorption capacity and lower regeneration temperature and suitable for adsorption refrigeration systems that can be driven by low - grade thermal energy
首次將堿土金屬化合物及其鹽類與傳統吸附材料13x分子篩、硅膠和活性氧化鋁等復合，制取具有較高吸附量和較低再生溫度的適合於以低溫熱能驅動的吸附製冷過程的一系列優良復合吸附劑。分別在自製的吸附製冷、除濕製冷模擬實驗裝置上，測得該系列復合吸附劑與水和乙醇組成的吸附製冷工質對的吸附製冷性能以及除濕製冷性能均優于傳統吸附劑（ 13x ，硅膠和活性炭） 。 -
In this paper, the methods of atomic simulation, such as molecular mechanics ( mm ) and molecular dynamics ( md ), have been used to study the evolvement of microstructure and properties of pyc interphase of c / sic composite. the influences of the evolvement on the mechanism properties and environment properties of c / sic composite have been investigated also via the use of cerius soft package
本文正是用原子級模擬的一些方法，如分子力學、分子動力學等，藉助cerius ~ 2材料設計軟體來研究c sic復合材料熱解碳界面相區域的微結構及性能演變，及其對復合材料整體力學性能及環境性能的影響。 -
( 3 ) volume shrinkage of composite decreases greatly with wpu increasing, even can arrive a negative number, but thermal stability is still good. ( 4 ) toughening mechanism is that : the formation of high molecular linear amino formate construct is the toughening reason ; hydroxyl - terminated pu - prepolymer and pf react to produce chemical bond effect which participate cure ; carboxyl - terminated pu - prepolymer and pf form semi - ipn which make toughened pf occur maximum
（ 4 ）通過紅外光譜對pf / pu共混物分子結構進行的定性分析、以及掃描電鏡對沖擊斷面形貌進行的分析，可證明聚氨酯預聚物增韌酚醛樹脂的機理是：兩個體系都是由於高分子量的線形氨基甲酸酯結構而增韌；端羥基pu與pf在共固化中產生化學鍵效應，參與pf的固化；而端羧基pu則與pf形成半互穿網路而增韌。 -
The size distribution of composite latex particles is similar to that of polyacrylate / caco3 latex. their mean particle diameters gradually decrease with amount of polyacrylate / caco3 latex and caco3 / monomers increasing, but the mean particle diameters of the composite latex are much bigger than particle diameters of caco3 latex. molecular weight of pvc composite resin was determined by viscometer
結果表明：復合膠乳呈現與種子粒徑相近的單峰分佈，其平均粒徑隨聚丙烯酸酯caco _ 3種子膠乳中caco _ 3加入量的增加而逐漸減小，但復合乳膠粒徑比種子粒徑要大很多；用粘度法測定了復合樹脂中pvc的粘均分子量。 -
In addition, chondroitin sulfate / chitosan composite films are self - assembled through electrostatic attraction on the positively charges mica substrate. the interaction and mechanism of forming the composite films were introduced. when the concentration of chitosan is 5 mg / ml and the concentration of chondroitin sulfate is 1 mg / ml, the composite films exhibited a good miscibility at a molecular scale. this kind of composite films is promising in the field of medical materials
另外，也研究了草酸鈣在硫酸軟骨素自組裝膜上受控凝集結晶的現象，發現當硫酸軟骨素的濃度為1 . 0mg ml時在雲母表面形成的網狀基底可以誘導過飽和的草酸鈣溶液凝集結晶形成liesegang環，為深入研究尿結石中環結構的形成提供了一定的實驗依據。 -
The major obstacle to attaining a molecular composite, however, is the homogenous miscibility
制備分子復合材料的關鍵在於溶混性。 -
Nano - al2o3 particles which are embedded in the matrix can impart additional strength to the composite and act as bearing of stress. furthermore, these organically - treated particles can effectively link the molecular chains of pa6, and this state is similar to physical crosslinking joints. all these together contribute to the improvement of mechanical properties and hardness
硬度試驗表明，隨納米al _ 2o _ 3填充粒子量的增加，材料的硬度呈現增加趨勢，這主要是因為納米al _ 2o _ 3在尼龍6中類似於「物理交聯」 、充當剛性支撐點作用，從而使尼龍6的硬度提高。 -
The results indicate that the properties of functional molecules can be greatly improved in composite film with supra molecular structure and that the procedure presented here is effective
研究結果表明，復合膜中採用超分子結構完全能夠改善功能分子的特性。 -
The designs of composite material using inorganic filling compounds to reinforce ultra high molecular weight polyethylene ( uhmwpe ) and an improvement on thermal conductivity of polymer working as tribological material were selected as the major research subject in this thesis
本論文選擇無機填料改性超高分子量聚乙烯（ uhmwpe ）復合材料的材料設計和聚合物作為摩擦學材料時導熱性能、抗壓強度及抗蠕變性能的改進研究作為主要研究方向。 -
By means of electron beam irradiation, some oxygen containing groupe are introduced on the molecular chain of lldpe, the interface compatibility of the composite is improved. the yield strength and young ' s modulus of ramie / lldpe are increased from 9. 78 mpa, 432 mpa to 13. 1 mpa and 633 mpa respectively
經電子束輻照后， lldpe分子鏈中引入含氧基團，苎麻電子束輻照lldpe復合材料的界面相容性提高，復合材料的屈服強度、楊氏模量從9 . 78mpa 、 432mpa提高到13 . 1mpa 、 633mpa 。 -
This text introduced molecular structure and performance of modified bmi resin, and mould pressing craft of the composite material
本文介紹了改性雙馬來酰亞胺樹脂的分子結構與性能，及復合材料的模壓成型工藝。 -
High - molecular composite material after property modification ( adjust the molecular structure of resin and the composition of the material ) still possesses good fireproof performance and the resistance w high temperature as well as galvanic corrosion, becoming a high performance thermosetting composite material
摘要通過對高分子復合材料進行改性（調整樹脂的分子結構及材料組成） ，使材料具有良好的防火性能、耐高溫性能及抗電化腐蝕性能，成為高性能的熱固性復合材料。 -
Pervaporation of molecular imprinted composite membranes to isopropanol water system
水體系的滲透汽化 -
Through the flux / retention experiments it was shown that when the applied pressure rises, both volume flux and rejection increase, too ; and that the higher the feed salt concentration, the lower rejection and volume flux. the charged mosaic membranes could permeate mono - valent and bi - valent inorganic salts, but reject the low - molecular - weight organics. furthermore, sem was used to observe the surface and the cross section of the composite membrane
另外，膜性能表徵結果顯示:隨著操作壓力的增加，膜通量及膜對電解質的截留率均趨增加;而隨著原料液濃度的增加，通量和截留率都有所降低;膜對低分子有機物和無機電解質混合體系（如:亞硝基紅鹽與naci混合體系;蔗糖與nazso ;混合體系等）的選擇性較高，能實現其有效分離。 -
Through the characterization of the molecular weights of pam, sem and dsc of composite, the results clarified the change of mechanical properties of composites. the tensile strength and impact strength of pam2 / pa - 6 composite showed that were related to the content of initiator naoh for the polymerization of e - caprolactam. the intrinsic viscosity of pam, sem and the crystallinity of nylon phase carried out the results, which explained the change of mechanical properties of composites
對于pam2 pa - 6體系，復合材料的拉伸強度與沖擊強度隨醛胺摩爾比的變化趨勢與引發劑用量有關，通過pam2分子量、尼龍結晶度、球晶形態、 sem以及dsc等表徵方法對這種變化趨勢的研究表明，復合材料的力學性能與上述因素有密切的關系。 -
The influence of the content of ha, molecular weight of pdlla and the diameter of fibers on the mechanical properties of pdlla / ha composite fiber had been studied through mechanical tests
對纖維的力學性能進行測試，研究了ha的含量、 pdlla的分子量、纖維的直徑以及加工成型的溫度等對pdlla ha復合纖維力學性能的影響規律。 -
In this section, a small organic molecule is applied to instead of pzt with the purpose to avoid the rigidity difference between cpe and pzt. ( 1 ) there is no plateau area in the conductivity curve of cpe / pzt / vgcf composite, which is due to the molecular level blending of cpe and zkf in molten condition during the preparation of cpe / zkf / vgcf composites, further verifying that pzt is conducive to the formation of conductive loop
通過對cpe / zkf / vgcf復合材料的分析探討得出: （ 1 ） cpe / zkf腳gcf復合材料的導電曲線上並不存在類似cpe / pzt渾gcf復合材料的半導區平臺，這是由於cpe億kf / vgcf復合材料的制備是在cpe和zkf熔融的狀態下的分子水平的共混，進一步證明了pzt對導電迴路形成的雙重作用;同時，由於zkf對vgcf的包覆作用，使cpe億kf那gcf復合材料導電臨界值較高。 -
Preparation and applications of silica aluminum - based micro mesoporous composite molecular sieves
介孔復合分子篩的制備與應用 -
Molecular diffusion is the predominant mechanism controlling volatile organic compounds transport within the composite liner
有機揮發性化合物在復合襯里中遷移時，其主要的機理是分子擴散作用。
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