Columns under eccentric loading in which ultimate loading capacity and ductility of the column need to be greatly improved. in order to solve this problem in practice, a strengthening method is presented by using both bonding carbon fiber reinforced polymer sheets and steel angles.
本文为解决工程中这一的实际问题，提出了粘贴碳纤维布和角钢的复合加固方法，并对复合加固柱极限状态下的力学性能进行了研究。
At the same time, in order to overcome by fiber composites poor adhesion to bring trouble, the processing of parallel Dyneema fiber, these fibers were stranded horizontal merger adopts special polymer adhesive bonding, it can be made and equipment from high-speed bullet fragments and similar bomb, the threat of injury.
同时，为克服因纤维粘合性差给复合材料加工带来的麻烦，由平行铺设的Dyneema纤维构成，这些纤维被横向绞合并采用特种聚合物粘合剂加以粘合，它可以使人和设备免遭高速子弹、炸弹碎片和类似的威胁的损伤。
The carbon fiber coiled rod proceed compare, analyses different kinds of carbon fiber coiled rod'mer with carbon fiber world face bonding instance, and different kinds of carbon fiber coiled rod'mechanical property, thereby erect differ mer'sucker rod not so much mechanical property of compartment'parallelism relation, thereby gist these one relation design new style dispensation'carbon fiber reinforced polymer composite coiled rod for as well of the these theses versus available different kinds of differ mer.
本论文对已有的各种不同基体的碳纤维连续抽油杆进行比较，分析各种碳纤维连续抽油杆的基体与碳纤维的界面结合情况，以及各种碳纤维连续抽油杆的力学性能，从而建立不同基体的抽油杆与其力学性能之间的对应关系，从而依据这一关系设计新型配方的碳纤维增强复合材料连续抽油杆。
By dissolving in water with the fiber surface is not fixing the dissolved dye to achieve achromatic objective right has through covalent bonding fabric dyes without any effect, it does not affect the shade.
通过溶解水中与纤维表面未固着的溶解染料达到消色目的，对已经与织物通过共价键结合的染料无任何影响，故不影响色光。
The special fluorine dragon glass fiber sticks the adhesive tape, uses special fluorine dragon glass fiber Kieb, after one-sided processing, on the viscose makes the characteristic: The strength ratio pure special fluorine dragon adhesive tape is good, anti-sticks, the heat resistance, sticks the adhesive tape anti-corrosive the application scope: The PTFE special fluorine dragon adhesive tape surface is smooth, has the good anti-coherency, bears chemistry corrosion and thermostable as well as the outstanding insulating ability, widely applies in the packing, the heat models, compound, seal heat bonding, professions and so on electronic electricity.
PTFE玻璃纤维粘胶带，是采用特氟龙玻璃纤维基布，经单面处理，上粘胶制成；特点：强度比纯特氟龙胶带好，抗粘，耐温，耐腐蚀粘胶带的应用范围：PTFE特氟龙胶带表面光滑，有着良好的抗粘性，耐化学腐蚀和耐高温性以及优秀的绝缘性能，广泛应用于包装，热塑，复合，封口热合，电子电气等行业。
The fabric moves between a metal bed plate and a stripper plate, the needles punch through the plates and the fiber web, and reorient the fibers so that mechanical interlocking or bonding occurs among the individual fibers.
织物在金属托板和上托板之间移动，刺针刺过针板和纤维网，使纤维重新排列，这样在单独的纤维之间产生机械联接或机械结合。
Calculating the pavement fragment adoptioning contradicting -cleft -glue and glass fiber grille, deal with the existing crevasse, at kaminaka surface layer install rubber asphalt water proof adhesive layer, at the same time guarding against water coming into nakashita surface layer、enhanced interlamination bonding...
论文进行橡胶沥青混合料的主要试验内容有：1、根据京秦高速公路管理处提供的石料进行目标配比设计；2、进行混合料马歇尔击实及相关性能试验确定最佳油石比。3、根据冷料配比进行热料仓筛分，确定热料仓配比；4、根据热料仓配比进行马歇尔击实试验。4、进行混合料的路用性能试验，分析橡胶粉的掺入对沥青的高低温性能、弹性性能、抗老化性能的改善情况，分析橡胶粉的掺量、目数、胶源、加工工艺和基质沥青对橡胶沥青性能改善的影响程度。
Steel fiber steel fiber used in concrete in recent years is a new material, because it can increase fiber and cement mortar Bonding, and the overall strength of reinforced concrete, so bending, compression, anti-cracking, Wear-resistant strength markedly improved, it was widely used in roads, bridges, industrial Floor, container sites, large reservoirs and water conservancy hub, and tunnels, subway stations, airports and other projects, and achieved good economic and social benefits.
钢纤维是近年来应用于混凝土中的一种新型材料，由于它能增加纤维与水泥砂浆的握裹力，增强混凝土的整体强度，使其抗折、抗压、抗裂、耐磨强度明显提高，所以被广泛的应用于道路、桥梁、工业地坪、集装箱场地、大型水库及水利枢纽，以及隧道、地铁站、飞机场等工程，取得了很好的经济效益和社会效益。
Furthermore, the effects of Ge-, Ag-, Hg-and Pb-additions on the properties and structure were studied. The technologies for refining of raw materials and glass-melting were studied for the purpose to depress impurities and defects in the glasses which resulted in the extrinsic absorption and scattering loss of optical fibers through changing the conditions of processing and characterized by infrared transmission spectra and scanning electron microscopy. The variations of properties with compositions were studied by density measurements, differential thermal analysis, IR spectra and deliquescence-resistance observation. The probability and methods of fiber-drawing were performed on the selected glasses. The structure of the AsTe-Ge and As-Te-Ag glasses was studied by X-ray diffraction and reverse Monte Carlo computer simulation to understand the effects of Ge-and Ag-additions. The chemical bonding in the glasses was studied by self-consistent-field discrete variational X〓.
通过改变玻璃原料的提纯及熔制工艺条件，结合红外光谱分析和扫描电子显微镜分析，研究了硫卤玻璃的熔制技术，了解引起非本征损耗的因素消除情况；通过密度分析、差热分析、IR分析及抗潮解性能分析研究了玻璃各项性能随组成的变化关系；在此基础上选取合适的光纤玻璃组成，并通过实验探索其成纤性能及适宜的拉纤方法；围绕材料组成—结构—性能之间关系，了解Ge和Ag等元素的引入对玻璃结构和性能的影响，采用X射线衍射分析，求得了As-Te-Ge和As-Te-Ag玻璃的径向分布函数，并与逆蒙特卡洛计算机模拟方法相结合，来认识玻璃中原子排列情况；并采用自洽场离散变分X〓分子轨道法研究As-X-I玻璃的化学键特性。
By comparing the influence of different fibers on the performances of mortar, the results show that adding 0.1% dosages of mood fiber in dry mortar can effectively increase flexural strength and anti-shrinkage of mortar. By investigating on substituting mineral admixtures for part of cement, it was presented that substituting FA- I for 30% of cement can not only decrease the cost of bonding mortar, but also increase the workability, flexural strength and durability of the bonding mortar.
RE}OI ON复合使用，不但可以提高粘结砂浆的综合性能，而且可以适当降低成本；通过对各种纤维对粘结砂浆性能的影响比较，得出了掺入占干拌料的0.1%的木质纤维，可有效的提高粘结砂浆的抗折弛渡，显著提高砂浆的抗收缩性能；矿物掺合料等量取代水泥的研究表明，采用I级粉煤灰取代30%的水泥，不但可以阳氏粘结砂浆的成本，而且可以提高砂浆的和易性、抗折强度及耐久性。
The influence mechanism of highly fibrillated BKP on HYP performances was discussed. The bonding between the fibers is well improved by a special bridge-link network structure formed by BKP fiber whiskers and HYP fibers, which greatly raises the strength properties of HYP.
探讨了高度细纤维化的BKP影响HYP性能的机理，发现高度细纤维化的BKP与HYP纤维形成的特殊桥联网状结构能很好地改善纤维间的结合，提高了HYP的机械强度。
Bonding is important in determining many fiber properties, including tenacity, elongation, elastic recovery, modulus, and resilience.
键的概念在定义很多纤维性能时很重要，比如：拉力，拉伸，弹性回复，模量，韧性。
It is concluded that the interface bonding strength of aluminum alloy /resin interface exhibits high bonding strength and fiber/resin/aluminum alloy laminated composites have well formability. Fiber/resin/aluminum alloy laminated composites is a kind of interlaminar superhybrid composite material developed by laminating fiber, resin and aluminum alloy.
纤维／树脂／铝合金叠层复合材料是由纤维、树脂、铝合金叠层复合而成的层间超混杂复合材料，它既保持了树脂复合材料的性能又兼具铝合金的性能。
Objective:To evaluate in vitro the bonding strength of 3 adhesives to glass fiber post and root canal dentine.
目的：评价3种粘结剂对玻璃纤维桩与根管内牙本质的粘结强度。
Double adhesive tapes are made compositely of antistatic varnished fabric for the inner layer and tear-resistant fiber cloth for the outer layer in an overall misplacement, which increases its strength greatly, has a longer service time, is uniform in overall thickness, good in deviation prevention, fine and smooth in its surface and excellent in super-thin bonding lining.
双层粘合带，内层用抗静电漆布，外层用抗撕纤维布，整体错位复合而成。强度大幅度提高，使用时间长，整体厚度均匀，防偏性能好，表面光滑细腻，加工超薄粘合衬
The static conductive fiber was added to endue its performance of conducting static, and nonsoap emulsion polymerized monomer methacrylic acid and methacrylamide were added into polymerized emulsion to reduce emulsifier and to improve the bonding strength and water-fast performance, and strong polar monomer was also added to improve the bonding strength.
研究了影响胶接强度、初粘力和导静电性能的主要因素，及乳化剂和交联单体对乳液稳定性和胶接强度的影响，确定丙烯酸丁酯与丙烯腈较合适的质量比为2：1；适量加入甲基丙烯酸和甲基丙烯酰胺可以减少乳化剂的用量，可提高乳液的性能。
With polybismaleimide resin/cashew nut oil modified phenol formaldehyde resin as bonding agent, and other electric conductive phase, lubricating phase and intensifier fiber, modified resin-matrix pantograph contact strip was produced by the processes of hot rolling, dually heated die-pressing and hydro-solidification technology.
采用共混改性的聚双马来酰亚胺树脂/腰果壳油改性酚醛树脂为粘结剂，添加导电相、润滑相和增强纤维相，利用热轧混料，二次热模压及通氢固化等工艺制得改性树脂基受电弓滑板试样。
With polybismaleimide resin/cashew nut oil modified phenol formaldehyde resin as bonding agent, and other electric conductive phase, lubricating phase and intensifier fiber, modified resin-matrix pantograph contact strip was produced by the processes of hot rolling, dually heated die-pressing and hydro-solidification technology. The thermal properties of resin matrix were characterized by TG, DTG and DSC.
采用共混改性的聚双马来酰亚胺树脂/腰果壳油改性酚醛树脂为粘结剂，添加导电相、润滑相和增强纤维相，利用热轧混料，二次热模压及通氢固化等工艺制得改性树脂基受电弓滑板试样。
The product is high quality silk coconut palm as the main raw material, without any chemical fiber and other harmful components, filter, and permeable, and porous fiber mesh structure, have good perspiration, moisture, moisture-proof function, dry cleaning, winter summer cooler seasons, and has anti-fatigue, anti-parasitic characteristics, its bonding is strong, anti-aging.
该产品采用优质椰棕丝为主要原料，无任何化纤和其它有害成份，过滤性好，透水性强，多孔网状纤维结构，有良好的排汗、防湿、防潮功能，干燥清洁、冬暖夏凉、四季皆宜，并具有抗疲劳、抗寄生虫的特点，其粘结性强、耐老化。
The mechanical behavior of the fiber after recycling, including burst strength, tensile strength, folding endurance and tear index, became worse. The reason is that hornification occurs on the surface of the fiber to reduce the interfiber bonding strength. Consequently the content of hydroxyl group in the fiber was reduced by 3%. The water retention value of the linerboard and corrugated medium was also reduced by 45% and 30% respectively, and the decrease of the fiber length can be found.
纤维经过回收后力学性质，包括破裂强度、抗张强度、耐折强度及撕裂强度等均会产生不良的影响，其主要原因为纤维经重复的回收-使用-再生后，纤维之性质产生了表面角质化，导致活性羟基含量减少了3％，因而减少纤维与纤维间的结合性、保水值等在裱面纸板及瓦楞芯纸分别下降了45及30％，纤维长度也有缩短的现象。