主机No.1缸排温低故障原因查找

船舶主机单缸排温低而引起主机无法加速,在更换了油头、高压油泵的吸油阀及穿刺阀、柱塞偶件、排气阀后还未能将故障排除,后再通过对主机各缸的排温、爆压、压缩压等测量,确定了故障出现在燃油系统,随后对燃油系统各可能产生问题的部件分别与其它各缸调换后(多路调换法),确定故障是备用的吸油阀不良导致主机排温低。     

山区陡崖拱座机制砂混凝土垂直向下投料技术研究

结合找龙坝河特大桥恩施岸拱座垂直向下70 m大落差混凝土投料的施工,详细地介绍了解决混凝土大落差垂直向下投料技术难题的成功经验,主要通过科学的混凝土配合比设计和合理的混凝土管道布置的研究,确保了泵送混凝土的质量,达到不堵管不离析的目的,有效地解决了混凝土的垂直向下投料的技术难题,可为今后类似工程施工提供借鉴。     

城市交通信号控制系统的研究

讨论了城市交通控制的一些控制策略和控制方式，并对计算机集中控制城市交通控制系统和计算机分散递阶最优控制系统进行了论述。     

三供气装置与EQ6100发动机匹配试验研究

发展燃气汽车是我国汽车工业面临的新的挑战和机遇，是解决能源短缺和环境污染最有效可行的措施。天然气供气装置与发动机的匹配是推广应用燃气汽车首先要解决的关键问题之一，本文着重介绍３种供气装置与ＥＱ６１００发动机的匹配结果，提出了燃气发动机的发展方向。     

重型载货汽车车身涂装技术

介绍了由英国HADEN DRY8YS公司引进的车身涂装技术,并根据国内外涂装技术现状,探讨了重型载货汽车车身的涂装方法。     

土石混合填方压实参数的试验研究

根据成渝公路三星沟高路堤页及砂岩土石混合料填方的压实试验，结合已有的试验研究成果，提出土石混合填方压实施工参数。这些参数可供类似土石混填工程压实施工参考。     

汽车自动离合式节能防滑差速装置的研究

自动离合式节能、防滑、差速装置安装于驱动桥内原差速器位置，它不仅能够提高汽车的燃油经济性，克服驱动的滑转或滑移现象，且显著地改善汽车的通过性。文中介绍了该装置的结构特点和工作原理，并对其性能状况进行了试验论证。     

THE EFFECT OF FCγ RECEPTOR ON THE PATHOGENESIS OF GRAVES'' DISEASE

Objective To explore the roles of Fcγ receptor in the pathogenesis of Graves' disease. Methods Fcγ receptor gene knockout mice(Fcγ R KO mice) which were rooted in C57BL/6 mice and wild type C57BL/6 mice were immunized by hTSH receptor expressing cells (DAP3.WT).1-2×107 DAP3.WT cells were peritoneally injected into mice every two weeks for a total of six times.Two weeks after final immunization, mice were killed for measurement of total thyroxine,TRAb and pathological examination.Results The thyroxine level of the immunized Fcγ receptor gene knockout mice was significantly lower than that of the immunized wild type control mice (2.2±0.31 vs.3.32±0.59g·dL-1,P<0.05), but there was no significant difference between immunized Fcγ R KO mice and non-immunized wild type control group.The TRAb levels of the immunized Fγ R KO mice significantly increased compared to those of the immunized wild type mice (21.75±8.21 vs.14.11±6.21, P<0.05). The lymphocyte cells infiltration and destruction of thyroid follicles were found in the thyroid gland of the immunized Fcγ R KO mice. Conclusion　These results suggest that Fcγ receptor may be involved in the pathogenesis of Graves'disease.