Strong technical force, a number of products fill the gaps: all kinds of import and export of machinery such as the Teflon mesh conveyor belt, garment machinery used bonders with no seams, double-composite conveyor belt, rubber-coated silicon fluoride Glass fiber cloth and all kinds of Teflon composite material products to first-class quality, preferential prices, the strong momentum into the domestic and international markets.
公司技术力量雄厚，多项产品填补国内空白：如各种进出口机械的特氟龙网格输送带，服装机械用的粘合机无接缝带，双层复合输送带，硅氟橡胶涂覆玻璃纤维布和各种特氟龙复合材料产品以一流的品质，优惠的价格，强劲的势头，挺进国内、国际市场。
On one hand, this ensure that it has relatively high strength in terms of mechanics; on the other hand, it makes the external chemical inertness of the fiber very obvious, which is mainly represented by the low interface binding force after the colophony plasma is made into composite material.
这一方面保证其具有较高的力学强度，另一方面也使得纤维表面的化学惰性特别突出，集中表现在与树脂基体制成复合材料后，界面结合力很低。
Complete the company's products, strong technical force, the main sales and production of carbon fiber material and series of products, such as: short carbon fibers of various lengths cut into shreds, carbon reinforced plastic materials and products, carbon fiber sheet and powder, composite plates, tubes, rods, ribbons, Profile, accessories and active carbon fiber felt and so on; aramid fiber material and series of products, such as: aramid fiber length of wire, various sizes of yarn, cloth, tape, rope, mooring aramid pulp, Kevlar packing and other materials mixed, blended line of cloth, etc.; pre-oxidized fiber series, such as: Pre-oxidation yarn crimp, all kinds of thickness of the length of wire, cloth, carpets, cotton and other fire-screen.
本公司产品齐全、技术力量雄厚、主要销售及生产碳纤维材料及系列制品，如：碳纤维各种长度短切丝、碳材料增强塑料及制品、碳纤维布及粉、复合板材、管、棒、带、异型材、装饰品及碳纤维活性毡等；芳纶纤维材料及系列制品，如：芳纶纤维长短丝、各种规格纱线、布、带、绳、芳纶浆泊、芳纶盘根及与其它材料混编、混纺线布等；预氧化纤维系列，如：预氧化卷曲纱线、各种粗细的长短丝、布、毡、挡火棉等。
In this paper, some key technologies of the flexible force sensor array based on carbon black filled silicone rubber composite were reported.
本文介绍了基于导电高分子复合材料的阵列式柔顺力传感器的部分关键技术。主要研究内容包括：1。
The results were outlined herewith: we can prepare compact and uniform Fe/TiO2 composite thin film; it is inlaying structure, the binding force between Fe/TiO2 composite thin film and glass base, in microscopic view by SEM; Fe/ TiO2 thin film was crystallized by 450℃heated treatment, and TiO2 is Anatase. The Fe/ TiO2 thin film that Fe5/ Ti(OC4H9)4 is 125:100 can be best crystallized by 450℃heated treatment, and the permeability is the best using this composition of iron magnetic element, Tween20 as surface active agent, less composition of surface active agent.
结果表明：用羰基铁热分解法和溶胶-凝胶法可制得致密，均匀的Fe/ TiO2复合薄膜；由SEM分析知道，在微观上制备的Fe/ TiO2复合薄膜具有颗粒膜特有的镶嵌结构；复合薄膜与玻璃基底结合紧密；XRD分析知道450℃热处理后的薄膜可发生晶化，其中TiO2呈锐钛矿相，V=Fe5体积/ Ti(OC4H9)4体积=125：100组分制备的薄膜经450℃热处理后晶化的程度最好；而此配比组分、表面活性剂为吐温20、表面活性剂的含量较少，制备的薄膜磁导率最好。
Based on prestressed steel beams, considering effect of the method of construction to slip and stress increment, accoding to conception that procedure of calculation reflects the procedure of construction and change of structural internal force, making good use of the method of section conversion and making iteration reflect the coupling of slip and stress increment, bringing forth a method of iteration and modified stiffness to calculate the deflection of prestressed composite steel-concrete beams in normal servicing prase.
以预应力钢梁为基础，充分考虑施工方法对结构滑移和应力增量的影响，依据设计计算中反映施工过程和结构受力变化过程，通过截面换算，以循环迭代法来考虑滑移和预应力钢束的耦合作用，提出了计算预应力钢—混凝土组合梁正常使用阶段挠度变形的迭代—修正刚度法。
With the help of additives, shear force and temperature, starch／polyhydric-alcohol blend was extruded in the extrudor to form a thermoplastic starch composite.
王为 ，于九皋，高建平在添加剂的作用下，将淀粉在螺杆挤出机中加工成热塑性淀粉复合材料。
The adsorption state of dispersant on the particle surface was studied by thixotropic network model and the mechanism of PAA-NH4 on thixotropic slurry process was discussed.(4) The various factors impacting rheology and stability of silicon nitride-silica-sintering additive composite slurry were studied in this work. PAA-NH4 and polysiloxane S-17 were used as composite dispersant to meet the stability requirements of the various powders. S-17 was used as slurry defoamer in order to eliminate bubbles. Since the introduction of surfactant S-17 into the slurry, lowering internal liquid surface tension, thus reducing capillary force between particles, the problem of cracking could be solved.(5) Based on the theory of particle accumulation, the effect of dual and ternary grain-composition on the rheology and stability of slurry were researched using quartz sand as coarse powder, silicon nitride powder for fine particles, the nano-silicon nitride as a superfine powder.
通过粘度法测试分散剂在颗粒表面的吸附等温线，研究其吸附状态，建立了触变网络模型，分析料浆流动过程中内部网络经历断裂-调整-重建的变化历程，解释了分散剂在料浆触变过程的作用机理；(4)以PAA-NH4和聚硅氧烷S-17为复合分散剂，采用球磨和高速分散相结合的工艺制备氮化硅-硅粉-烧结助剂复合料浆，以S-17作为料浆除泡剂，以达到工艺简单，同时具有较佳的除泡效果，同时利用S-17降低坯体内部液相表面张力，从而降低颗粒间毛细管力的作用，解决了坯体在干燥过程中的开裂问题；(5)根据颗粒堆积理论，以石英砂为粗颗粒粉料，氮化硅为细颗粒粉料，同时以纳米氮化硅作为超细粉，研究二元以及三元级配颗粒对料浆流变性和稳定性的影响。
The force applied on blaster pin is analyzed and the design principle of composite buffer, its working mechanism, machining process and its application are introduced.
对起爆器销钉的受力作用进行了分析，介绍了复合式缓冲器的设计原理、工作机理、加工工艺以及实际应用。
Deformation calculation formulas in different cases were presented. The test results show that the effect of prestressed FRP sheets internal force increment to composite beam deformation was much less, so it could be ignored. The reduced equation of deformation on prestressed FRP sheets steel-concrete composite beam were established.
计算结果证明，预应力FRP布内力增量对组合梁变形影响相对较小，从而给出了组合梁变形的简化计算公式；所建立的预应力FRP布钢与混凝土组合梁变形理论计算公式具有合理性。
The interface slip will occur unavoidably in the steel-concrete composite girder with prestressed FRP sheets if the girder is under the external load, and the internal force of prestressed FRP sheets will gradually increase with the external load to redistribute the internal force of the girder so as to affect the bearing capacity and deformation of the girder.
针对在外荷载作用下，组合梁中的钢梁与混凝土交接面必然产生相对滑移，同时，预应力FRP布的内力逐渐增加，导致组合梁发生内力重分布，影响组合梁的承载力与变形的情况，用弹性理论，建立同时考虑交接面相对滑移和预应力FRP布内力增量影响的组合梁变形微分方程，给出对称集中荷载作用下的组合梁变形计算公式。
And the apparent performance composite film, thickness, electrical conductivity, thermal stability and crystalline properties of factors were studied using UV-visible spectrum, infrared spectroscopy, scanning electron microscopy, transmission electron microscopy, atomic force microscope, weight loss Analyzer, X-ray diffraction, the four-probe electrical conductivity and a number of significant gage composite film, and so on the structure and performance characterization.
并对复合膜表观性能、厚度、导电性、热稳定性及结晶性能的影响因素进行了研究，采用紫外可见光谱、红外光谱、扫描电子显微镜、透射电子显微镜、原子力显微镜、热失重分析仪、X射线衍射仪、四探针电导率仪及数显测厚仪等对复合膜的结构和性能进行表征。
Processing can be water-proof coating, white-out, silvering, pearl, oil noodle calendering, cotton, crepe rolled, pleated crepe, breathable moisture-permeable membrane, composite, coated PVC, all kinds of styles oil wax texture texture coating, PU color rubber membrane, water-resistant laminated high-pressure PVC, perspiration moisture, anti-ultraviolet, mothproof, fire-retardant, excellent adhesive force, °, all kinds of printing, scratch scratch color dyeing, foam, hot, hot flower, Flocking and other deep-processing after the treatment.
后加工可防水涂层、涂白、涂银、珠光、油面轧光、轧花、轧绉、褶绉、透气透湿皮膜、复合、涂PVC、各种风格油质感蜡质感涂层、PU色胶皮膜、高耐水压膜、压PVC、吸湿排汗、防紫外线、防蛀、阻燃、优力胶、杜邦特富隆、各种印花、刮色刮染、发泡、烫金、烫花、植绒等后深加工处理。
At last, natural frequencies of practical pre-stressed composite space truss are tested with pulsatory method on construction site and its damping ratio is calculated, which gives another important data for engineering design. In addition, through the model experiment of pre-stressed rectangular square pyramid composite space truss, the correctness of characteristics of internal force and the feasibility of tension recovery method are proved.
最后，在工程施工现场用脉动法测试自振频率，并借助于振动衰减曲线和半功率点法计算出预应力组合网架——钢与混凝土的混合结构体系——的阻尼比，此又为工程设计提供了一理论依据；另外，通过正放四角锥预应力组合网架的模型试验，验证了结构内力分布特点的正确性以及张力松弛法的可行性。
During the process of melt extrusion, insitu copolymer was formed, which helped to improve the interfacial binding force as well as minimize the size of the disperse phase while widen its distributing range in the polymer matrix. These led to remarkable improvement in the performance of the composite.
然后在和尼龙熔融挤出的过程中，改性聚烯烃与尼龙反应，生成原位共聚物，加强了相界面间的粘接力，细化了分散相尺寸，扩大了分散相在连续相中的分布范围，使得共混物的性能得到明显改善。
Though the behavior of resistant force and failure mode of the multi-ribbed composite wall are analyzed and combined with the low-cycle loading experiment of low multi-ribbed composite wall, the macro model is provided.
通过对密肋复合墙体的受力性能、破坏模式的详细分析，结合低密肋复合墙体在低周反复荷载作用下的试验研究，提出了密肋复合墙体的弹塑性分析宏模型，并根据不同的破坏模式，对模型中的参数进行了分析确定。
Kempers'study, the more layers the mesh screen type had, its resistance against gravity was higher, but its heat resistance and flow resistance were comparatively augmented. As mentioned in the preceding paragraph, it is extremely difficult for a single micro structure based on any of the three types to possess both low flow resistance and strong capillary force. Faced with this fact, the researchers have tried to mix the three micro structures in Table 2 into as many combinations as possible so that a composite micro structure with low flow resistance and great capillary force may be fabricated. After a thorough analysis, the groove combined with sintered metal or mesh screen has been found to be a better alternative. However, the groove combined with sintered metal will raise the flow resistance of the channel, and the aluminum substrate employed in this research cannot be sintered into a micro structure. As a result, the groove combined with mesh screen is finally chosen as the composite structure to enhance its capillary force and at the same time maintain its high permeability. In this way, the heat pipe will not fail due to the working angles.
Kempers 的研究当中提到，当网格结构越多层时，其对抗重力的能力也越强，但相对的其热阻以及流阻也越高，就如同前段所述，我们很难在单一结构当中找出一流阻低且毛细力之微结构；因此本研究便以表2中之三种微结构进行组合，找出一低流阻且毛细力强之复合式结构，经分析发现，沟槽搭配烧结以及沟槽搭配网格为较佳之组合方式，但由于烧结搭沟槽构造将会提高流道之流阻，且本研究使用铝做为基材，并无法使用烧结最为其微结构，故将采用网格搭配沟槽之复合式结构提高结构的毛细力，并维持沟槽结构的高渗透性，解决因角度造成热管失效的问题。
The micro and macro tribology characters of sintered YBa_2Cu_3O_7 (YBCO) in the air were investigated by using ball on disc tester and atomic force microscope (AFM), and a comparison with Cu based solid lubricant composite was prepared.
用球盘式摩擦试验机及原子力显微镜在大气中常温下对YBa2Cu3O7（YBCO）高温超导试样的宏观和微观摩擦学特性进行了研究，并与Cu基固体润滑复合材料进行比较。
The determination of the pile top reaction and the inter-pile soil reaction are performed using the field plate load test in a plain concrete pile composite ground to study the force bearing characteristics of pile and soil.
该文通过素砼桩复合地基现场载荷试验测定桩顶反力、桩间土反力，研究桩、土受力特征。
Simulation of Massive Crowd Behavior Based on Composite Virtual Force Field
基于复合虚拟力场的大规模人群行为模拟