塗覆性能 的英文怎麼說
中文拼音 [túfùxìngnéng]
塗覆性能
英文
paintability-
In the investigations on laser cladding, experiments and analyses of laser clad nickel - based alloys and nickel - based ceramal composite alloys on steel substrates were performed to improve wear - resistance and corrosion - resistance properties of the coatings
以提高材料表面的耐磨、耐蝕等性能為目的，採用預置和送粉熔覆工藝方式，對常用的鎳基合金和鎳基碳化鎢金屬陶瓷合金塗層進行系統研究。Standard test method for measuring mechanistic aspects of scratch mar behavior of paint coatings by nanoscratching
微小劃痕法測量機械方面的塗料覆層抗劃痕損傷性能的標準試驗方法Standard performance specification for rainwear and all - purpose, water - repellent coat fabrics
雨衣和通用防水塗覆織物的標準性能規范Because of the restriction of the performances of the infrared materials, we decide that the hollow waveguide should have the structure of single layer dielectric coated metallic film according to the general analysis of process controllability and transmission capability. the dielectric we choose is silver iodide, made from silver and iodine, and the optimum thickness is about 0. 77um
因材料性能的限制，通過傳輸性能以及工藝可控性綜合分析，確定製備的空芯光纖為單層電介質塗覆金屬膜結構，電介質膜定為碘化銀，理論厚度為0 . 77 m左右，由銀膜直接碘化得到。Rubber or plastics coated fabrics - determination of crush resistance
橡膠或塑料塗覆織物抗壓裂性能的測定Rubber coated fabrics - determination of the burning behaviour
橡膠塗覆織物燃燒性能測定Dried at the temperature, the film has surface with convex and concave microstructure, its hydrophobicity and surface roughness can be improved evidently by adding the bead - forming agent. ( 3 ) the self - cleaning and heat - insulated building coating with excellent hydrophobic property and gas - permeability was preparaed by using the hydrophobic additive, modified sepiolite and modified expanded pearlite
（ 3 ）應用疏水添加劑、改性海泡石、膨脹珍珠巖能夠制得自清潔隔熱功能塗覆材料；制備的疏水添加劑和經提純、疏水改性后的海泡石和膨脹珍珠巖，對乳膠塗料的流變性能、穩定性能以及塗膜的疏水性能、對比率和其他常規性能無不良影響。Practice heating test of spread sample has been underway and contrasted with traditional electric furnace. production technology, structure and property of the coating have been studied in order to search for a. new technology method with not only enhancing thermal conductivity of coating but also dropping its electrical conductivity and reducing its production cost
對試樣進行了關鍵熱學性能、電學性能的測試，並進行掃描電鏡分析，對塗覆樣品進行實際加熱測試，並和傳統意義上的電爐進行對比，通過對耐火塗層生產工藝、組織及性能的關系的研究，以探求一種既能提高塗層的導熱性能又能降低導電性能和生產成本的工藝方法。The results show here, ( 1 ) the best reaction condition determined by the change of film properties in life time with uv light irradiation are : the hydrolyzation temperature is 60, the reaction time is 60 minutes, the less amount of water is of benefit to increase the hydrophobic property, the film formed with high degree polymer is steady
研究結果如下： （ 1 ）通過調節反應參數，可制得性能優異的疏水性硅酮樹脂塗覆材料。最佳反應條件為：水解溫度60 、反應時間60min ；水解用水量較少和聚合度較大時樹脂塗層的性能較好。Armatures coated by this machine will be characterized by its uniform thickness, smooth surface, excellent frontier covering feature, high insulated and surface quality
經本設備塗敷的轉子等工件塗層均勻，表面光潔，邊緣覆蓋率高，可達到很好的耐壓性能和表面質量。Results showed that the factors include : solvent and concentration of limn204 precursor solution, spin - coating speed, heating speed, sintering temperature and time etc. in the end, techniques of sintering under vacuum conditions were studied
主要有以下幾方面:溶液中離子總濃度以及分散劑濃度對成膜質量的影響;旋轉塗覆時轉速、熱處理的升溫速度、燒結溫度、燒結時間對薄膜晶型結構及性能的影響。It can be concluded that the performance differences between the plate membrane and the hollow fiber membrane can be attribute to difference of the stresses in the membranes when they were under pressure and the difference of the strain caused in the membrane, besides the possible reason that the surface curvature difference between a plate substrate and a hollow fiber one may cause structure difference in the dense functional layer when coating. the stresses in a hollow fiber composite membrane under an outside pressure are quite different from that in a plate one in that they exert on the hollow fiber in both the radial and circular directions, and the compress strain of the hollow fiber is thus much more complex, which may cause the top layer crinkle and a decreased salt rejection
分析認為造成平板復合膜（ ）和中空纖維復合膜（ ）性能差異的主要原因，除了平板基膜與中空纖維基膜因表面曲率不同可能引起在塗覆時形成的緻密功能層結構上的差異之外，由於中空纖維膜受外壓時，膜內部承受的應力形式與平板膜不同，會同時在徑向（膜厚度方向）和環向（膜面內方向）兩個方向產生壓應力，因此，所發生的形變也較為復雜，可能造成表面復合層的起皺或脫落，引起脫鹽率下降。Unfilled clear epoxy with low viscosity for general purpose casting and impregnation, exhibiting excellent electrical and physical properties
無填充料的環氧樹脂，透明，低粘度，通用的塗覆灌注材料，有著優秀的物理及電氣性能。Magnetic materials ; part 12 : guide to methods of assessment of temperature capability of interlaminar insulation coatings
磁性材料.第12部分:層間絕緣塗覆物的溫度性能的評定方法指南With the hardness tests, it is indicated the hardness of the nano alumina or nano silicon carbide coating is improved to 1. 6 - 2. 5 times as that of the plasma spraying coating. with the wearing tests, it is indicated that low laser power employed, the wearing performance of the coating without nano material increase to 1. 3 times as that of the plasma coating, at the same time, the wearing performance of the coating with nano material increase 2. 3 - 6 times as that of the plasma spraying coating, the wearing mechanism is further analyzed. with the erosion tests, it is indicated that the erosion performance of the coating with nano material increase five times as that of the plasma spra
與相應等離子噴塗層相比，硬度測試表明，含納米al _ 2o _ 3或sic的各種復合塗層硬度提高了0 . 6 - 1 . 5倍左右；耐磨性測試表明，小功率下單純的激光重熔耐磨性提高了30 ，而納米滲入后塗層的耐磨性提高了1 . 3 - 5倍左右，對耐磨性提高的機理作了進一步的探索和分析研究；耐蝕性測試表明，經激光熔覆納米滲入后的各種塗層耐蝕性能提高了4倍以上，同時塗層厚度、表面質量對腐蝕性能有影響。Microstructure and wear resistance of co - based alloy coating on high temperature alloy by laser surface cladding
高溫合金激光表面熔覆鈷基合金塗層組織與耐磨性能Crack generation in laser - clad coatings is the most difficult problem t o be solved before massive application of this technology. in order to seek out effective methods for eliminating or reducing crack generation, we carried out systemic experiments and mechanism analyses on the design of laser cladding materials, the exploration of laser cladding technique, the interaction between laser and materials, the microstructure and properties of the coatings
針對阻礙激光熔覆技術工業化推廣應用進程的主要問題之一的熔覆層裂紋問題，為尋求該問題的有效解決方法，從熔覆材料體系的設計、熔覆工藝的探索和規范以及在工藝規范條件下激光與熔覆材料的相互作用關系、塗層組織和性能到工件表面的最後強化和改性效果，進行了系統實驗研究和機理分析。With the induction depositing process especially, as well as the overlaying deposit and the adhesive coating process for wear resistance, in consideration of the material manufacture and application, some types of new wear - resistant materials, including metallic materials, their composites and polymers are designed and developed. the research results on wear - resistant properties, microstructures and worn morphologies show that these materials possess their own characteristics, present the excellent and synthetic properties
特別運用感應熔覆法以及堆焊覆層法和耐磨膠粘塗層方法，並從材料的加工應用考慮，設計研製了多種類型的金屬及其復合材料和高分子等耐磨新材料，對這些材料的耐磨性能、微觀組織和磨損形貌的研究表明，它們各具特色，具有優異的綜合性能。Firstly, the condition of modification of precipitation white carbon, modified by silane coupling agent ( wd10, wd70 ), and the properties of polyacrylate membrane were researched. the results showed that the modified white carbon show excellent hydrophobic, and their filling polyacrylate membrane, filled with white carbon modified by wd - 70 was more effective, were improved on flexibility, adherence and resist impact, and it can be unavailable because of more content ratio of silane coupling agent
然後，採用上述改性的白炭黑粒子進行了聚甲基丙烯酸甲酯包覆研究，討論了其包覆機理和工藝條件對包覆效果的影響，並將此膠囊化粒子與聚丙烯酸酯乳液進行復合，對其塗膜性能進行了研究，實驗表明：以疏水性白炭黑粒子為種子才能實現膠囊化。Test method for properties of investment casting slurry - part 6 : determination of covering capability
熔模鑄造塗料性能試驗方法第6部分:覆蓋性的測定分享友人