介绍了带材生产线中卷取机功率的计算方法。
The calculation method of recoiler power in the strips' production is introduced.
铝及铝合金。试验方法。板材和带材的凸耳试验。
Aluminium and aluminium alloys. Test methods. Earing test for sheet and strip.
板带材在国民经济各部门中具有广泛而重要的应用。
In every department of national economy, plate and strip has extensive and important application.
铝青铜中厚板，薄板，带材和轧制棒材标准规格。
Standard Specification for Aluminum Bronze Sheet, Strip, and Rolled Bar.
它可使被矫带材产生纵向拉伸应力和横向弯曲应力。
It can provide the strip with longitudinal tensile stress and transverse bending stress.
给出了带材多辊连续拉伸弯曲时纵向延伸率的计算方法。
The results show lhe method is suitable for the calculation of elongation.
薄带材和箔材的平直度或板形控制必然要求一定程度的模型化。
The control of thin strip and foil flatness, or shape, inevitably requires some degree of modelling.
吊镀采用下限浓度，而线材、带材连续电镀可用中、上限浓度。
Hang the lower limit, and concentration of plating wire, strip continuous plating, upper limit concentration can be used.
用带材样品对测厚仪进行检测和校正，并进行必要的调整和修正。
The thickness gauges should be tested and calibrated with samples of strip and any adjustments or corrections should be made.
用正交实验方法，对影响板带材轧制头部翘曲的因素进行了研究。
The factors of influence on head end curl of plate and sheet in rolling were researched by the cross experiment.
对高精度带材定尺横剪机的市场需求和技术发展趋势作简要分析。
Market demand and technical development tendency of cut to length shearer are presented briefly.
它较好地克服了时滞，对带材轧制过程来说，其处理方法是理想的。
It is an ideal method for overcoming the time lag for fast strip rolling process.
采用双辊法和双带法制备的快速凝固带材，存在着较大的横向厚差。
In the twin cooling-strip and twin roll rapid solidification method, the metal strip has lateral thick difference.
影响带材性能的主要因素有原始金属粉末的工艺性能和轧制工艺条件。
The key factors affecting properties of rolled strips include technological properties of original metal powder and technological conditions in powder rolling.
前驱粉末装管法(PIT)是目前铋系高温超导带材制备的主要方法。
Presently powder in tube process (PIT) is the main method to fabricate bismuth system HTS tapes.
中文摘要本文对高温超导带材在工频过电流冲击下的性能进行了研究。
In this paper, the performances of HTS tapes under over-current were systematically investigated.
对板带材表面缺陷图像的识别与分类进行研究具有重要理论及经济价值。
The board strips surface defects inspection and classification can dedicate not only to the theory but also to the economical values.
本文结合实际，对带材涂层生产线采用红外线烘干炉的优越性加以探讨。
Combined with the practice, this paper explored the advantages on application of infrared ray drying furnace for coating production line.
板形平坦度自动控制系统是板带材冷连轧机过程控制系统的重要组成部分。
Flatness automatic control system is an important part of process control system of sheet or strip continuous cold rolling mill.
轧钢过程中的负荷扰动容易激起机电振动，这严重影响板带材的产量和质量。
The output and quality of metal plate and strip are heavily affected by electromechanical vibration in rolling process.
本工作采用单辊辊面为冷却介面，研究控制快速凝固带材的横向厚差的方法。
To control the lateral thick difference of rapid solidification strip, the single-roll cooling interface is applied.
研究了冷加工工艺及热处理(烧结)工艺对带材微观结构和临界电流密度的影响。
The influence of cold processing and heat treating (sintering) technology on the microstructure and critical current density of strip materials have been studied.
轧机主传动系统通常由直流电机驱动，其性能好坏直接影响板带材的产量和质量。
The output and quality of metal plate and strip are heavily affected by performance of the main drive system of rolling mill.
薄带折叠在某些情况下，创造极端的带材的横向弯曲，也对关节施加的相应负载。
Thin belt may in some cases fold over, creating extreme lateral bends in the belt material and exerting the consequential loads also on the joint.
介绍带材纠偏设备在冷轧生产线上的应用和自动检测纠偏装置的结构特点及功能。
The article describes application of steering unit into cold strip rolling line, and design features and function of automatic measuring steering unit.
带材跟踪是实现轧制过程自动化的基础，也是轧机计算机控制系统的重要功能之一。
Strip tracing is the base of automatization of rolling progress and also the key function of computer control system.
介绍了德国BHLER(伯勒)精密轧机公司窄带材和复合带材生产方式和轧机。
The production mode and equipment of BHLER company of Germany for narrow copper strip and composite strip is introduced.
此结果在使用流动性较差的粉末，轧制孔隙度高和较薄的带材时，获得了良好的应用。
This result has been applied successfully to roll thinner and high porosity strip when the powder has poor fluidity.
详细分析轧制过程中带材内部残余应力产生的原因，以及由残余应力造成的板形缺陷。
The paper explains the reason why residual stresses is produced in the strip when rolling and the flatness fault caused by residual stresses.
某些高级应用，如轿车用板带材生产线的压下控制等，对伺服性能提出了更加严格的要求。
Some advanced application, such as the product line of iron strip used for cars, requires more excellent response characteristic of hydraulic servo-system.
应用推荐