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glue     
相关语句
  
     Related Research of Tissue-engineered Bone Fabricated by Gene Modified Bone Marrow Mesenchymal Stem Cells and Compound of Calcium Phosphate Cement and Fibrin Glue
     磷酸钙骨水泥/纤维蛋白与基因修饰骨髓间充质干细胞构建组织工程骨的相关研究
短句来源
     GLUE BAG MODEL AND MASS SPECTRA OF HADRONS
     袋模型与强子质量谱
短句来源
     New Technical Application of Damping Foundation Glue On Looms
     织机减震地脚接新技术应用
短句来源
     Artifical Thrombosis of Left Gastric Vein with TH Medicinal Glue inTreatment of portal Hypertension
     TH胃冠状静脉栓塞术治疗门脉高压症
短句来源
     Problem on curing of urea formaldenyde resin glue with low molar ratio
     低摩尔比脲醛树脂固化问题
短句来源
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  胶粘剂
     3. Poplar shows good wet shear strength of 2.96 MPa, 2.76 MPa and 2.46MPa at pressure 2.0MPa, pressing time 60min and glue spreading 150g/m2, respectively.
     3. 杨树使用API胶粘剂胶合适合的工艺参数是单位压力2.0MPa,加压时间60Min,涂胶量150 g/m2。 在湿状态下,剪切强度分别达到2.96MPa,2.76MPa和2.46MPa。
短句来源
     Test showed that the viscosity of glue was 1.3 Pa·s,content of free formaldehyde was 0.001%,that meet the requirement for green environmental production.
     经测试,该胶粘剂的黏度为1.3 Pa. s,游离甲醛含量0.001%,符合绿色环保要求。
短句来源
     Discussions were made on optimal conditions for condensation reaction between dialdehyde starch(DAS) and PVA to form DAS-PVA glue.
     将双醛淀粉(DAS)与聚乙烯醇(PVA)进行缩合反应,探讨了DAS-PVA胶粘剂合成的最佳条件。
短句来源
     The properties of each constituent in the compound adhesive and its effect on the glue were evaluated.
     并对复合胶粘剂各组分的性质及其对棒胶性能的影响进行了评价。
短句来源
     The test shows following results to develop high-density molded door skin using phenol aldehyde resin adhesive: Glue blending quantity should be controlled 210 kg·m~(-3), fiber moisture content at 10 percentage, hot- pressing temperature at 210℃,hot-pressing time at 230 s and HBJ-01additive was the best for which.
     利用酚醛树脂胶粘剂生产高密度模压门面板,施胶量控制在210kg/ ,纤维含水率控制在10%,热压温度控制在210℃,热压时间控制在230s,采用HBJ-01添加剂,其产品各项指标符合有关要求。
短句来源
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  胶质
     Based on the model, the process conditions were optimized. The result indicated that the glue and iodine value of the hydrotreating gasoline were less than 5 mg·(100mL) -1 and 5 gI·(100g)-1, the nitrogen content of the hydrotreating gasoline was less than 9.0×10 ~(-5) under the optimized process conditions.
     结果表明,在优化工艺条件下,精制汽油胶质不大于5mg·(100mL)~(-1)、碘值不大于5gI·(100g)~(-1)氮含量不大于9×10~(-5),满足汽油使用要求。 该工艺条件可为焦化汽油单独加氢提供依据。
短句来源
     Result:The area of the meningeal scar was 0.052 mm~2,the scar area of the glial scar was 0.026 mm~2.The scar area of the meninges was nearly twice of that of the glue.
     结果: 脑膜瘢痕面积为 0. 052mm2, 胶质瘢痕面积为 0 .026mm2。
短句来源
     In sorting constitutes of diluting solvent with GC-MS unbranched C_9~C_(14) alkanes were proved to be the favorable ingredient, and glue, alkenes and organic fulfur were unfavorable ones.
     用GC MS配合筛选稀释剂组成证明:正构C9~C14烷烃为有利因素,胶质、烯烃、有机硫为不利因素;
短句来源
     The effect of process condition on the glue and iodine value and nitrogen content of coking naphtha hydrotreating was studied in the laboratory by using uniform distribution and experimental design, and a mathematical model was established and the model was analysed.
     采用均匀设计,在实验室考查焦化汽油加氢精制工艺条件对精制汽油胶质、碘值、氮含量的影响,通过建立数学模型和模型分析,并在此基础上优化焦化汽油加氢精制工艺条件。
短句来源
     In addition,the polymerization of diene considerably influences on the color and practical glue.
     醚化反应过程中二烯烃的聚合产品还对醚化产品的颜色和实际胶质有较大影响。
短句来源
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  胶的
     Development and Application of CJ-1 Structure Glue
     CJ-1型结构胶的研制与应用
短句来源
     Study on the Green Environmental Protection 108 Building Glue
     绿色环保型108建筑胶的研究
短句来源
     Research and application of HF-8 reinforcement anchorage glue
     HF—8钢筋锚固胶的研究与应用
短句来源
     Questionable 107 glue
     107胶的问题所在
短句来源
     UF resin was modified by polyethylene alcohol and amylum under the following conditions polyethylene alcohol 1~2%,amylum 10~15%,reaction temperature 40~50℃,reaction time 1.5~2.0h. the mloe ratio of urea to methal aldehyde 1∶1 5~2 0,The free formaldehyde content in the modified glue is 0.3%and the unmodified is 5%,and the shear strength is 3.8 MPa.
     研究了用聚乙烯醇和淀粉改性脲醛树酯胶的制取工艺和配方,试验得出,添加1%~2%的聚乙烯醇和10%~15%的淀粉,反应温度40~50℃,反应1.5~2.0h尿素与甲醛的摩尔比为1∶1.5~2.0,制得的脲醛树脂胶具有结膜时间短,强度大而不脆等特点。
短句来源
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  glue
Natural materials (bee-glue and beeswax) were used as natural coatings.
      
Analytical Properties of Gaize- and Silicate Glue-Based Xerogels with Immobilized Chrome Azurol S
      
A method is proposed for the synthesis of silicic acid xerogels based on opoka aluminosilicate (gaize) and silicate glue.
      
The resonator electrodes were modified with Triton X-100, beewax, and bee glue (propolis).
      
Formation of Strength Properties of Model Glue Joints Based on Epoxy-Amine Binders Cured by Polycondensation Mechanism
      
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The apple fruit borer, Carposina niponensis Walsingham, is a major insect pest of Chinese date in Lao-ling district, Shangtung Province. In recent years, about 15-20% or more of the crop is ruined annually by this insect. Investigations on this insect were conducted at Laoling district in 1962-63. The apple fruit borer has one complete generation and a partial second generation annually. The proportion of the second generation was markedly influenced by the time of emergence of the first generation. The apple...

The apple fruit borer, Carposina niponensis Walsingham, is a major insect pest of Chinese date in Lao-ling district, Shangtung Province. In recent years, about 15-20% or more of the crop is ruined annually by this insect. Investigations on this insect were conducted at Laoling district in 1962-63. The apple fruit borer has one complete generation and a partial second generation annually. The proportion of the second generation was markedly influenced by the time of emergence of the first generation. The apple fruit borer passes the winter as full-grown larva encased in a thick, elliptical cocoon in the top 4 inches of the soil. It was shown that the "winter-cocoons" are centered around the tree trunk. The emergence of the overwintering larvae extends from mid June to mid August. Rainfall has great influence on the time and rate of emergence of the overwintering generation. Under laboratory conditions, the prepupal and pupal stage is 10.4 days for the overwintering generation, and 10.8 days for the summer generation. Mating usually takes place in midnight. The preoviposition period is 2.5—2.7 days in average, the oviposition period is 1.3—3.1 days. The average number of eggs laid by one female of the overwintering generation is 27.9 and 40.5 for the summer generation, with a maximum of 154. Under field conditions, most eggs are deposited on the under surface of the leaf (72.6%), the rest being deposited on the surface of the fruit close to the stalk. Eggs can be found from the middle of July to the beginning of September. The incubation period of the eggs is 6.8 days in average for the first generation and 8.4 days for the second generation. The percentage of hatching of eggs for the first generation is 92.3%, and 89.5% for the second generation. Newly hatched larvae of the first generation bore into the fruit in the end of July. The larval period lasts for 9-16.8-28 days. The full-grown larvae of the first generation start to leave the fruit in the mid August. The seasonal life cycle records are presented in Fig. 1. The application of 3%-γ BHC as ground dust, at a rate of 16 catties per mow, gave a good control of the overwintering larvae coming out to the ground surface in spring ready for pupation, 0.125% DDT emulsion spray with 0.01% sodium dibutyl naphthalene sulfonate or 0.1% glue as spreader gave a good control of the newly hatched larvae. Results from a large scale field test showed that one application of 3%-γ BHC as ground dust and two applications of 0.125% DDT emulsion with a spreader gave a good control of this insect. The percentage of good fruit increased from 9.4—27.2% as compared with the checked plot.

据1962—1963年两年的研究,桃小食心虫在乐陵棗区一年发生1—2代。第二代发生数量多少与当年整个发生期的早晚有密切的关系。桃小食心虫以老熟幼虫結“越冬茧”在土內越冬,其垂直分布深度限于离土表4寸范围內,平面分布愈近树干密度愈大。越冬幼虫自6月中旬开始出土,一直延續到8月上、中旬結束,盛期在7月中旬左右。越冬幼虫出土与降雨有密切关系。在室內越冬幼虫出土及第一代老熟幼虫脫果后至成虫羽化历期,分别平均为10.4天及10.8天。成虫白天不活动,夜間11—1时之間交尾。产卵前期平均为2.5—2.7天,产卵期間平均为1.3—2.1天。雌虫平均产卵量为27.9粒(越冬代)和40.5粒(第一代),最多可产154粒。在田間,卵绝大多数产在叶片背面基部(72.6%),产在果实梗洼(27.4%)和胴部较少,其它部位尚未发现。田間卵自7月中、下旬开始发生,至8月下旬或9月初結束。第一、二代卵期分別平均为6.8和8.4天,孵化率分別为92.3%和89.5%。幼虫扎果从7月末 (或8月初) 起至9月中、下旬棗采收,前后达50天左右。幼虫脫果从8月中旬起,至9月中、下旬棗采收后尚未結束。果內幼虫期最短9天,最长28天,平均16.8天左...

据1962—1963年两年的研究,桃小食心虫在乐陵棗区一年发生1—2代。第二代发生数量多少与当年整个发生期的早晚有密切的关系。桃小食心虫以老熟幼虫結“越冬茧”在土內越冬,其垂直分布深度限于离土表4寸范围內,平面分布愈近树干密度愈大。越冬幼虫自6月中旬开始出土,一直延續到8月上、中旬結束,盛期在7月中旬左右。越冬幼虫出土与降雨有密切关系。在室內越冬幼虫出土及第一代老熟幼虫脫果后至成虫羽化历期,分别平均为10.4天及10.8天。成虫白天不活动,夜間11—1时之間交尾。产卵前期平均为2.5—2.7天,产卵期間平均为1.3—2.1天。雌虫平均产卵量为27.9粒(越冬代)和40.5粒(第一代),最多可产154粒。在田間,卵绝大多数产在叶片背面基部(72.6%),产在果实梗洼(27.4%)和胴部较少,其它部位尚未发现。田間卵自7月中、下旬开始发生,至8月下旬或9月初結束。第一、二代卵期分別平均为6.8和8.4天,孵化率分別为92.3%和89.5%。幼虫扎果从7月末 (或8月初) 起至9月中、下旬棗采收,前后达50天左右。幼虫脫果从8月中旬起,至9月中、下旬棗采收后尚未結束。果內幼虫期最短9天,最长28天,平均16.8天左右。地面药剂处理应該在6月中、下旬越冬幼虫出土前,这是第一个防治关鍵时期;在第一、二代卵盛期(7月下旬及8月中旬左右),噴药两次是防治桃小食心虫的第二个关鍵时期。地面药剂处理,3%666粉剂与3%666颗粒剂效果差不多。树上喷药可用25%DDT乳剂250倍液加用0.01%“拉开粉”或0.1%水胶,可以提高防治效果。

Wood extractives exhibit significant effects on wood properties and hence its utilization. They also play an important role on the chemota-xonomy of tree species. Wood extractives are not only closely correlated to the characteristic color, odor, taste and durability of wood, but can also profoundly affect a number of physical, mechanical, and chemical properties of wood. Therefore, wood extractives are largely responsible for the processing and utilization of wood.Wood extractives can reduce the shrinkage and...

Wood extractives exhibit significant effects on wood properties and hence its utilization. They also play an important role on the chemota-xonomy of tree species. Wood extractives are not only closely correlated to the characteristic color, odor, taste and durability of wood, but can also profoundly affect a number of physical, mechanical, and chemical properties of wood. Therefore, wood extractives are largely responsible for the processing and utilization of wood.Wood extractives can reduce the shrinkage and recovery of wood during drying, enhance the dimensional stability of wood, and contribute to resistance to insect and fungal attack. In some instances, wood extractives from a coating on the cell wall and over the pit apertures, interfering with the permeability and penetrability of the wood. So that the shrinkage during drying on one hand, and the penetration of some preservative chemicals on the other, can be affected.In wood board industries, wood extractives can hinder the satisfactory adh of the glue to the wood surface or they may react with the glue to prevent satisfactory polymerization and setting. Sugars, tannins, and phenolic extractives can affect the hardening of cement in the manufacture of wood-cement boards. Also, certain wood extractives can affect the polymerization of the plastic component of wood-plastic composites.The presence of polyphenolic extractives in the cell contents can significantly affect both the behavior of wood during pulping, and the behavior of pulp during the manufacture of paper. Some inhibit pulping reactons, increase chemical consumption, reduce the yield of pulps and lower its quality, cause considerable color changes and increase bleach requirements, and also affect the recovery of pulping chemicals. Pitch problems and loss of absorbency in wood pulps are also due to the extractives. Some accelerate the blocking of pipes and corrosion of pulping -equipments.An in depth study of wood extractives will provide a better understanding of their effects on wood perties and will also assist the wood "industries to adopt effective approach in controlling or reducing their deleterious effects. In addition,there is evidence that the more rapid the growth , the lower the extractives contents, so that silvicultural and forest management practices may be used to overcome the deleterious extractives problems.

木材浸出物对于木材材性和木材利用都有重要影响,而且在树木化学分类上也有重要意义。木材浸出物不仅与木材的色、香、味和腐朽性有着密切关系,而且对于木材的物理力学性质和化学性质都有重要影响,因而对于木材的加工和利用关系极大。 木材浸出物能减少木材的干缩,增强木材的尺度稳定性,并赋予木材抵抗病虫侵害的能力。沉积在细胞壁和纹孔口上的浸出物,阻碍了木材的渗透性与可浸注性,因而影响了木材的干燥和防腐处理。 在人造板工业中,木材浸出物常影响胶合剂的有效胶着或胶的聚合固化。糖类、单宁和酚类浸出物能影响水泥刨花板制造过程中水泥的凝固。有些木材浸出物还能影响木材塑料复合材(WPC)中塑料的聚合。 木材组织中含有的多元酚类浸出物,在制浆和造纸过程中,都有重要影响。有些能抑制制浆反应,增加药物消耗,井降低纸浆得率和质量,颜色深暗,不容易漂白,而且影响制浆药物的回收。纸浆的树脂障碍和吸收性能也都受木材浸出物的影响。有些多元酚类浸出物并能与制浆药物中的碱土金属形成不溶的络合物,堵塞管道,加速制浆设备的腐蚀。 对木材浸出物的深入研究,将能较充分地了解木材浸出物对于木材材性的影响,也将有助于木材工业采取有效措施,控制或减少这些有害影响。此外,...

木材浸出物对于木材材性和木材利用都有重要影响,而且在树木化学分类上也有重要意义。木材浸出物不仅与木材的色、香、味和腐朽性有着密切关系,而且对于木材的物理力学性质和化学性质都有重要影响,因而对于木材的加工和利用关系极大。 木材浸出物能减少木材的干缩,增强木材的尺度稳定性,并赋予木材抵抗病虫侵害的能力。沉积在细胞壁和纹孔口上的浸出物,阻碍了木材的渗透性与可浸注性,因而影响了木材的干燥和防腐处理。 在人造板工业中,木材浸出物常影响胶合剂的有效胶着或胶的聚合固化。糖类、单宁和酚类浸出物能影响水泥刨花板制造过程中水泥的凝固。有些木材浸出物还能影响木材塑料复合材(WPC)中塑料的聚合。 木材组织中含有的多元酚类浸出物,在制浆和造纸过程中,都有重要影响。有些能抑制制浆反应,增加药物消耗,井降低纸浆得率和质量,颜色深暗,不容易漂白,而且影响制浆药物的回收。纸浆的树脂障碍和吸收性能也都受木材浸出物的影响。有些多元酚类浸出物并能与制浆药物中的碱土金属形成不溶的络合物,堵塞管道,加速制浆设备的腐蚀。 对木材浸出物的深入研究,将能较充分地了解木材浸出物对于木材材性的影响,也将有助于木材工业采取有效措施,控制或减少这些有害影响。此外,事实证明:树木生长越快,木材浸?

In this investigation,a chemical etch technique of fabricating thin quartzfork oscillators with thickness less than 0.1mm and cut type x+5°is presented.Using vapor chrome and gold to plate respectively on two sides of crystdribbon polished to a mirror finish,otlines of forks and electrode lines can be etcheaon the two sides after applyng a coat of glue.Tens to hundred forks can be obtainedon every crystal ribbon after laminated etching.Then mounting the forks andmodulating the frequency,they can be used...

In this investigation,a chemical etch technique of fabricating thin quartzfork oscillators with thickness less than 0.1mm and cut type x+5°is presented.Using vapor chrome and gold to plate respectively on two sides of crystdribbon polished to a mirror finish,otlines of forks and electrode lines can be etcheaon the two sides after applyng a coat of glue.Tens to hundred forks can be obtainedon every crystal ribbon after laminated etching.Then mounting the forks andmodulating the frequency,they can be used to enclose in electronic watches asminiature oscillators.The main points of above-mentioned processing have been described briefly inthe paper.Meanwhile,the characteristics and developments of the technique have alsobeen pointed out here.

本文提出用化学腐蚀方法加工切型为x+5°,厚度为0.1mm 以下薄型石英音叉振子。该法是在镜面抛光的晶片双面分别蒸铬和蒸金,经涂胶后,双面可光刻出音叉的外形和电极线条,再经分层腐蚀后,在每个晶片上可得到几十乃至上百个音叉,再将音叉上架,调频后即可封装出可用于电子表中的微型振子。本文对上述流程中的工艺要点做了扼要说明并指出该法特点和发展前景。

 
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