STUDY ON EVOLUTION REGULARITIES AND ABSORPTION CHARACTERISTICS OF SULFIDE DURING BITUMINOUS BRIQUETTE HORIZONTAL COMBUSTION

Intnductiondriisoneofthemainenergysources.InChina,theairPOllutioninrnanycitiesisharilycausedbythepollutionofSrn0gcoAnngfmburningcoal.ThequantityofthecoalforciviluSagetakesup1/5oft0talquantityoftheedinthewholecountry,andthere1easeddustwithsstakesupabout1/4.Therefore,itisofgreatimportancetornastertheevolutionregUldrityofthesulfideinthecivi1-uwhcoalcomustbo.Briquetteh0riantalcomustion,anewburningpattern,isdeSgnedtosolvetheproblemthatbitdrinousedisliabletoreleaseblackSmokewhenitb.rns[1].Withit…     

独石结构PTC陶瓷材料与器件的研究

独石结构ＰＴＣ陶瓷材料与器件的研究在国内外还很少报道。文章研究了ＢａＴｉＯ３基陶瓷、聚合物／Ｖ２Ｏ３，和聚合物／Ｃ复合材料等三种材料的多层独石结构及其阻温特性和静态伏安特性。研究表明，ＰＴＣ材料独石结构能明显地降低室温电阻和使用电压，作为低压电器的控制器件有重要的应用前景。     

Identifying heavy hitters in high-speed network monitoring

Identifying heavy hitters in a network traffic stream is important for a variety of network applications ranging from traffic engineering to anomaly detection such as detection of denial-of-service attacks. Existing methods generally examine newly arriving items in the stream, perform a small number of operations using a small amount of memory, and still provide guarantees on the identifying accuracy. In high-speed network monitoring, the update speed per item is extremely critical. However, so far as we kn...     

不同旋合扣数下钢拉杆螺纹联接强度试验及有限元应力分析

钢拉杆是大跨度建筑物中重要的受力构件,通过螺纹联接成为一体,共同抵抗外力.其承载力的大小决定于拉杆本身的强度及螺纹联接的强度,因此对钢拉杆螺纹联接进行强度分析及确定合理的旋合扣数是设计的关键.文中通过理论分析和试验验证,确定不同旋合扣数下钢拉杆的破断载荷及在保证联接接头不破坏情况下所需的最少旋合扣数;通过对螺纹联接进行有限元建模和计算,分析并比较不同载荷及不同旋合扣数下螺纹牙的应力状态、应力分布、轴向弹塑性变形及各螺纹牙接触面间的压力和滑移变形规律.     

Investigating the co-combustion characteristics of oily sludge and ginkgo leaves through thermogravimetric analysis coupled with an artificial neural network

Science China Technological Sciences - The co-combustion characteristics of oily sludge and ginkgo leaves (GL) in an oxy-fuel atmosphere are investigated via thermogravimetric analysis coupled with...