表面潤濕性 的英文怎麼說

中文拼音 [biǎomiànrùnshīxìng]
表面潤濕性 英文
surface wettability
  • 表 : Ⅰ名詞1 （外面;外表） outside; surface; external 2 （中表親戚） the relationship between the child...
  • 面 : Ⅰ名詞1 （頭的前部; 臉） face 2 （物體的表面） surface; top 3 （外露的一層或正面） outside; the ri...
  • 潤 : Ⅰ形容詞（細膩光滑; 滋潤） moist; smooth; sleek Ⅱ動詞1 （加油或水 使不幹枯） moisten; lubricate 2 ...
  • 濕 : Ⅰ形容詞（沾了水的或顯出含水分多的） wet; damp; humid Ⅱ名詞（姓氏） a surname
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 表面 : surface; superficies; boundary; face; rind; sheet; skin; outside; appearance
  • 潤濕 : madefaction; [物理學] wetting潤濕劑 wetting agent; wetting-out agent; syndets
  1. The measurement of spontaneous surface wetting is one of the few experimental tools available for the study of solid-surface energetics.

    對自發性表面潤濕的測量，確實是研究固體表面力能學的少數幾項試驗方法之一。
  2. Wettability is the potential of a surface to interact with liquids with specified characteristics.

    潤濕性則是表面同特定性能的液體，相互作用的勢能。
  3. Test method for surface wettability of paper angle - of - contact method

    紙表面潤濕性的試驗方法
  4. Solder bar is made from high purity metal. by means of strict qualitg control the oxide and metallic and non - metallic impnrities and effectively minimized, the available high purity solder bar is with uniform and glazed surface good wetting and spreading ability after molten bright joint and minimum oxide residue after soldering. our product is suitable for wave and handwork soldering with high quality requirement

    本公司生產焊錫條採用高純度金屬原料，在嚴格品管條件下，有效控制氧化程度以及金屬和非金屬雜質含量，焊錫條表面均勻光滑，純度極高，熔化后流動性好，潤濕性極佳，焊點光亮，氧化渣物極少發生，適用於高品質要求的各種波峰焊和手工焊。
  5. Abstract : in this paper, the adherent properties of pet fabric treated by corona - discharge were studied through esca and wettability, the application of two mechanisms in terms of weak boundary layer and chemical structure on fabric surface was discussed

    文摘:本文通過光電子能譜和表面潤濕實驗來研究經電暈放電處理后的滌綸織物的表面性能，探討了弱界面層和化學結構兩種理論在粘合中的應用。
  6. It is found that ito surface roughness decreased after oxygen plasma treatment, which can improve its wetting performance and consequently improve the film performance

    經氧等離子體處理后， ito薄膜的表面粗糙度減小，平整度提高，提高了ito薄膜表面的潤濕性能，改善了有機物在其表面的成膜性能。
  7. The effects of meor include as follows : being favorable to oil - gas percolation, changing wettability of rocks, improving hydrocarbon migration, reducing surface tension of emulsified oil, decreasing crude viscosity and improving sweep efficiency, etc

    採油微生物具有自身的優勢，有利於油氣滲流及提高採收率，尤其是微生物能改變巖石潤濕性、改善油氣運移、乳化原油降低表面張力，微生物及代謝產物還對原油具有降粘作用，對地層水產生有利影響，提高波及系數。
  8. 2 resin with bad wetness systems, and non - thixotrpic grind materials. operate as following process : add the paint material and the solvent - add surface active agent if adopt - add the pigment stir, make it disperse or grind to the needed granularity

    2對于非觸變性研磨性磨料，潤濕性差的樹脂體系操作如下：加油漆和溶劑混合加入表面活化劑如果採用加入顏料攪拌分散或研磨分散到所需細度加預凝膠攪拌分散至所需細度稀釋至所需粘度。
  9. 1 resin with bad wetness systems such as epoxy resin, polyester, alkyd, acrylic resin, use compound with the surface active agent, and the thixotropic grind materials can be acceptable. operate as following process : add paint material all kind of resin and the solvent - add the organic bentonite pre - gel, stir enough - add the pigment, stir and disperse enough - dilute

    1潤濕性比較差的環氧，聚酯，短油酸樹脂，丙烯酸樹脂等與表面活化劑合用，且觸變性研磨料科被接受的情況下，按照以下步驟操作：加油漆和溶劑混合加入有機預凝膠充分攪拌分散加入顏料充分攪拌分散稀釋。
  10. Wetting between reinforcement sicp and the molten metal is often poor when it is blow 1000 ' c ; 2. during the processing, many phases of the interfacial reaction products have negative influence on the properties of the produced composites

    Sic顆粒增強復合材料中界面反應生成的有害雜質相較多，對復合材料的性能的影響較大。可以通過添加mg 、 li等活潑的合金元素，對增強體顆粒進行表面預處理來改善潤濕性。
  11. Wettability of stainless steel surface with micrometer order ball crown lattice

    不銹鋼微米級球冠形表面的潤濕性能
  12. 5. the relation between wetting property and leafing property was established, the recognization for the metallic pigment leafing property theory was deepened, and the new methods to improve leafing property were put forward. the results provide the new trains of thought for surface treatment of bronze powder

    西安理工大學碩士學位論文（ 5 ）確定了銅金粉潤濕性和漂浮性之間的對應關系，深化了對銅金粉漂浮機理的認識，並提出了具體改善銅金粉漂浮性能的新方法，為國產銅金粉表面處理提供了新的思路。
  13. The relative factors on gloss of the metallic pigment were analyzed with glossmeter and sem. through surface modification of bronze powder, the effect of different surfactants on the wetting property and the leafing property of bronze powder were established. the polishing technique of powder was also studied

    利用光澤儀和掃描電鏡分析了影響銅金粉光澤度的主要因素，通過對銅金粉的表面改性，考察了不同種類的表面活性劑對銅金粉潤濕性和漂浮性的影響，並對銅金粉在拋光過程中的影響因素進行了初步分析。
  14. The wettability of solid surfaces is a very important property, which is governed by both the chemical composition and the geometrical microstructure of the surface

    潤濕性能是固體表面的重要特徵之一，它是由表面的化學組成和微觀幾何結構共同決定的。
  15. Interestingly the complicated surface is much like the microstructure of nature lotus leaf, which has never reported in a - c films ; via ca tests on the a - c films with different surface features indicated that the wettability of a - c films can be controlled in large scale, ranging from very hydrophilicity ( 40o ) to super - hydrophobicity ( 152o ) by only adjusting the surface morphology ; 2

    對具有不同表面特徵薄膜的潤濕性能測試表明:僅僅通過工藝的調控，形貌的改變就可以使非晶碳薄膜的表面從非常親水（接觸角為40o ）到超疏水（接觸角為152o ）大范圍的浮動。 2 .通過計盒分維法將不同形貌的薄膜定量描述。
  16. Combined with special wettability properties, a - c films may have greater potential applications. in present thesis, a series of a - c films were prepared by magnetron sputtering technique on substrates as si ( 100 ) and glass, and the deposited processes were controlled to adjust the morphology of the surfaces of a - c films. to further obtain the desired wettability, surface chemistry compound of the lotus - like surfaces were plasma modified by optimized processes

    本文採用磁控濺射系統在普通玻璃和單晶硅上獲得了具有不同表面形貌特徵的非晶碳薄膜，此外利用等離子體表面處理系統，通過改進工藝方法，優化工藝條件，對非晶碳薄膜表面化學組成進行調控，獲得了潤濕性能從超親水到超疏水范圍變化的表面。
  17. Compared with untreated graphite under the same condition, the surface electric potential of treated graphite changes in part, but unlike a1 ( oh ) 3, the oxidation ratio decreases 10 % when a1 ( oh ) 3 / graphite ( wt % ) = 10, and the wetting angle of treated graphite hold the line, namely the wetting ability is not improved. contrasted with the hydrolyze coating way, the deposition coating way has simple technical process, lower cost, and its disadvantage, for instance, coat layer distributes unevenly, the wetting ability is not improved. furthermore, the effect of treated graphite applied in mgo - c castables are investigated

    經沉澱法改性后，石墨的表面電性發生了一定的變化，其等電點從2 3變為7 8 ，但與al （ oh ） _ 3的等電點（ 8 9 ）存在一定的差異；接觸角測定結果則表明，經沉澱法改性后，石墨與水的接觸角並沒有改變，即改性石墨與水的潤濕性沒有明顯改善；當al （ oh ） _ 3石墨（ wt ） = 10時，改性石墨的氧化失重率比未改性石墨下降了約10 ，這說明經沉澱法改性后，石墨的抗氧化性得到了一定的改善。
  18. Treated by hydrolyze coating way, the surface electric potential of graphite moves and iep changes from 2 - 3 to 8 - 9, reach the one of a1 ( oh ) 3 ; moreover, the wetting angle of treated graphite decreased 10, and the oxidation ratio decreased 20 % when al ( oh ) 3 / graphite ( wt % ) = 10, compared with untreated graphite under the same condition. that is to say, the wetting and anti - oxidation ability of graphite is improved, after treated by hydrolyze coating way

    經水解法改性后，石墨的表面電性發生改變，其等電點由2 3變為8 9 ，與al （ oh ） _ 3的等電點相近；與未改性石墨相比，改性石墨與水的接觸角下降約10 。當al （ oh ） _ 3石墨（ wt ） = 10時，水解法改性石墨的氧化失重率比未改性石墨下降了約20 ，因此經水解法改性后，石墨與水的潤濕性有所改善，抗氧化性有所提高。
  19. 2 resin with bad wetness systems such as epoxy resin, polyester, alkyd, acrylic resin, operate as the following process : add the solvent - add organic bentonite powder mix and stir 10 minutes, wet enough - add the polar active agent mix and stir 5 - 10 minutes, make it swell and disperse - add resin and stir - add the surface active agent - add pigment, stir and disperse to the needed granularity - dilute to the needed viscosity main points for use methods

    2當使用潤濕性差的樹脂系統環氧，聚酯，短油酸樹脂，丙烯酸樹脂操作如下：加入溶劑混合加入有機膨潤土粉末攪拌混合10分鐘，使其完全潤濕加入極性活化劑攪拌混合5 - 10分鐘，使其膨脹，分散加入樹脂混合攪拌加入表面活化劑攪拌分散至所需細度稀釋至所需粘度。
  20. Based on the literature analysis of al matrix in - situ composites by reaction synthesis, it is found that in - situ reaction synthesis processed can ameliorate wettability between reinforcement phase and al matrix alloys and strengthen interfacial bonding and improve mechanical properties of al matrix composites

    對反應生成的原位鋁基復合材料的研究表明，原位反應合成技術可以改善強化相與基體鋁合金之間的潤濕性，強化界面連接，提高材料的綜合機械性能。
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