辊道窑中煤气调节器的使用与维护

在辊道窑的生产过程中，如何正确、台理地使用煤气调节器，对于提高产品质量，降低产品能耗至关重要。现根据我厂实际操作，总结如下：     

湍流化学反应的分形数值模拟

基于涡串唯象概念和分形理论,建立了能够表达湍流多尺度结构物理特性的分形湍流化学反应模型,针对Steckler室内燃烧过程进行了数值模拟研究.湍流流动采用浮力修正的κ-ε双方程模型来模拟,辐射由Rosseland模型描述,整个模拟过程由ANSYS-CFX10.0实现.将模拟结果与Steckler的燃烧实验数据进行对比,并与EDC燃烧模型及文献中EBU燃烧模型的模拟结果进行对比.结果表明,FM燃烧模型模拟得出的温度、速度场分布与实验数据能够较好地吻合,是一种有前途的湍流化学反应模拟方法.     

质量机能展开(QFD)——一种先进的质量应用技术

本文介绍了质量机能展开(QFD)的概念、原理,并对其应用的基本过程进行了介绍,为从事新产品开发的人员提供一种新的思路。     

加强窑皮控制稳定熟料产量

我厂2500t/d熟料生产线采用的是Φ4.0m×60m回转窑、双系列五级旋风预热器和TDF型分解炉。本文结合该生产线在生产过程中遇到的问题谈一点对窑皮的认识和体会。1生产中遇到的问题及其对窑皮的影响1.1原料成分不稳定,有害成分含量高进厂石灰石品种多,质量控制困难。原料虽经预均     

回转窑筒体激光测量系统的研制

熟料回转窑系统是冶金建材行业等部门的重要烧成设备。在窑的长期生产过程中,有时由于窑体衬砖的脱落引发"红窑"事故,窑筒体会发生永久性径向变形。变形后重新砌上的衬砖粘附性较差,容易再次脱落,     

色谱反应分离器研究进展

本文介绍色谱反应分离器的原理及研究进展，概述在化学和生物工程产品制备方面的应用，并指出进一步研究的方向。     

生产电缆护套料存在的问题探讨

介绍生产电缆护套料所用F催化剂的性能，分析以往大庆线性低密度聚乙烯装置多次开发失败的原因及成功经验，对生产过程中存在的问题进行讨论。确定生产电缆护套料DFDA-7540最佳控制措施，为同类装置生产提供技术指导。     

The Cerebellum according to the Ouroboros Model,the ＂Interpolator Hypothesis＂

The Ouroboros Model offers a novel cognitive architecture with an algorithmic backbone of iterative and self-referential processing. All memory content is organized into meaningful pieces of data, i.e.,chunks and schemata, which are laid down as a kind of snapshots of all activations at a relevant point in time. This entails a grainy structure of memory content. Whereas a core process of ＂consumption＂ analysis can naturally be defined taking advantage of this parcellation, it necessitates interpolation for fine nuances, especially for the representation of intermediate values during transients. It is argued that, in the vertebrate brain, essential interpolation functionality is provided by the cerebellum. Findings concerning movement control and perception as well as the involvement of the cerebellum in more abstract, cognitive, tasks can be interpreted as reflecting a function of the cerebellum as a co-processor, i.e., a general-purpose interpolator. The cerebellum is thus boosting representations in cerebral cortex areas, which are reciprocally connected with cerebellar cortex areas. In this paper, it is sketched how the new ＂interpolator hypothesis＂ can explain manifold observations, effectively subsuming previous theories of the function of the cerebellum. Directly relating to the BICA challenge, a general-purpose interpolator is postulated as an efficient device providing fine-grained resolution for the representation of diverse content, potentially useful in any cognitive architecture.     

Super-Resolution image Reconstruction Based on Iteration and Wavelet Transform

In this paper, we provide a super-resolution image reconstruction algorithm based on wavelet transform. Wavelet transform can separate high frequency and low frequency information of image. The more high frequency information can be obtained by using wavelet transform and the technique of image fusion. Meanwhile, reconstructed super-resolution image is produced by the iterative method. In iteration process, noise of image can be suppressed by applying method of wavelet threshold de-noising. The experiment results show that the algorithm can overcome the disadvantage of the classical interpolation method and effectively improve the resolution and PSNR of the image.