金定鸭和南安鸭蛋品的蛋白质凝胶电泳分析

用非解离和解离两种系统分别对金定鸭及南安鸭蛋品的卵清和卵黄的蛋白质进行聚丙烯酰胺凝胶电泳分析，结果表明：卵清和卵黄是两个相对独立的蛋白质体系，二者的蛋白质组成差别很大；卵黄蛋白质的亚基种类多，其大部分蛋白质分子由两个或两个以上亚基构成，而卵清蛋白质有些由多亚基构成，但其亚基种类较少；金定鸭与南安鸭的卵清蛋白质组成及卵黄蛋白质组成具有相近性，但也存在一定的种间差异．     

反复荷载作用下受弯构件有限元非线性分析

本文用有限元线性分析方法，研究钢筋混凝土受弯构件在反复荷载作用下的受力性能，研究混凝土材料的非线性性能，将混凝土分成８种单元，并考虑了混凝土的裂面效应，采用ＦＯＲＴＲＡＮ语言编制计算程序，对悬臂梁作全过程分析，计算得出滞回曲线，裂缝发展等，与试验数据吻合较好。     

等离子电弧炉回收Ni-Al合金细粉工艺的研究

本文研究了用等离子电弧炉回收 Ni-Al 合金细粉的方法。实验结果表明:用等离子电弧炉回收 Ni-Al 合金细粉工艺上可行,经济效益及社会效益较高;且克服了用电渣石墨坩埚法回收时铝烧损多、合金回收率低、对环境污染严重等缺点。讨论了在实验条件下,装料量、冶炼时间、弧电流及氩气流量等工艺参数对合金回收率、电耗、氩气耗量等口标参数的影响;确定了合理的冶炼工艺制度。     

视频图像位移测试实验系统

高分辨率的图像测试系统价格昂贵，介绍一种使用普及型多媒体视频采集板的位移测试实验系统．系统配合廉价的视频镜头和通用微机及软件，组成一个图像位移测试系统，不仅满足学生的实验需要，而且可为研究开发图像处理软件提供试验条件．     

用笔记本电脑配合半站仪放样基桩点

通过对某大桥桥墩的放样实践，提出应用笔记本电脑配合半站仪放样测量，可以达到简化复杂计算，缩短作业时间，提高作业效率的目的。     

SiC颗粒表面处理对6066 Al基复合材料力学性能的影响

分别对SiC颗粒进行高温氧化、酸洗和高温氧化后再酸洗等表面处理，采用粉末冶金工艺制备了SiC颗粒增强的6066Al基复合材料。金相显微照片、扫描电镜照片和室温拉伸性能分析结果表明：采用氧化和酸洗表面处理工艺能使SiC颗粒产生明显钝化，且随着氧化时间的延长，钝化效果提高，SiC颗粒分布更均匀；随着氧化时间的延长，复合材料的抗拉强度σb和断裂韧性K1C提高，且酸洗态的性能优于相应氧化态的性能；6066Al基复合材料的力学性能除与SiC颗粒分布的均匀程度有关外，还与颗粒的形状以及复合材料的界面状况有关。     

Removal of P4, PH3 and H2S from Yellow Phosphoric Tail Gas by a Catalytic Oxidation Process

1Introduction　Since 1980’s ,C1chemistryhashadrapiddevelopmentbasedoncarbonmonoxideascarbonsource .Itispossibletosynthetizemethylformate,dimethylether,ethanoicacid ,methanol,methylcarbonatefromCO[1-2 ] .Yellowphosphorustailgases,withtheirhighCOcontent,couldactasanattractiverawmaterialgasforsynthetizationoftheseandotherproducts.Thereare ,therefore,twobenefits,theavoidanceofenvironmentalpollutionandreductionincostsofyellowphosphorusproduction .However,existingtechniqueshavesomedisadvantages,…     

Reach Envelope of Human Extremities

Significant attention in recent years has been given to obtain a better understanding of human joint ranges, measurement, and functionality, especially in conjunction with commands issued by the central nervous system. While researchers have studied motor commands needed to drive a limb to follow a path trajectory, various computer algorithms have been reported that provide adequate analysis of limb modeling and motion. This paper uses a rigorous mathematical formulation to model human limbs, understand their reach envelope, delineate barriers therein where a trajectory becomes difficult to control, and help visualize these barriers. Workspaces of a typical forearm with 9 degrees of freedom, a typical finger modeled as a 4-degree-of-freedom system, and a lower extremity with 4 degrees of freedom are discussed. The results show that using the proposed formulation, joint limits play an important role in distinguishing the barriers.     

Experimental investigation of integrated air purifying technology for bioaerosol removal and inactivation in central air-conditioning system

In this research, high voltage static electricity and ultraviolet technologies were integrated to an air purifying device which can be used to trap and kill airborne bacteria and viruses in central air-conditioning systems. An experimental platform was built to mimic the central air system, in which the efficacy of the newly built device was examined. In addition to the standard physical and chemical tests, bacteriophages were used to simulate airborne viruses in the experimental system. The bacteriophage suspension was aerosolized into the air with ultrasonic wave atomization. The result showed that more than 86% removal efficiency of micro-particles (<10 micron in diameter) were removed after the device was in operation in a building and more than 95% of bacteriophages in the experimental system. It is concluded that the integrated air purifier is suitable for controlling air quality and preventing virus transmission through the central air system.     

一种简化的MIMO-STOBC下行接收算法的研究及仿真实现

深入的研究了MIMO—STOBC下行接收过程，阐述了ML译码原理，在分析比较了多种接收算法的前提下，应用接收信号的统计特性及内在的近似关系，并综合考虑实现复杂度和运算量，利用码分多址思想，提出了一种接收机的简化算法，仿真结果表明，该算法有优良的性能和很高的实用性，特别是在高信噪比的情况下。