流行性出血热病毒在地鼠肾细胞中增殖动态的形态学及形态发生学研究

用普通电镜及免疫电镜对流行性出血热病毒(EHFV)不同毒株感染地鼠肾细胞(GHKC)的形态及形态发生学特点、其特征性包含体的形态及感染细胞超微结构的改变,以及感染后不同天数的病毒增殖动态进行了观察。     

120装载机履带节以铸代锻的研究

介绍了用ZC-42CrMo材质，以精密铸造的方法，代替通常使用的50Mn材质、锻造方法生产的120立爪装载机履带总成的履带节的研制和应用情况。结果表明，该方法不仅满足履带节力学性能及使用性能要求，而且生产成本显著降低。     

符号学和语意学的理解与应用

本文通过对符号学和语意学的概述和权威的观点,来分析符号学和语意学的内涵和分类,以及在产品设计中的应用。     

30Ah实用型单体钠硫电池的研制

研制成功３０Ａｈ实用型单体钠硫电池，研究了电池的性能特征和寿命，该电池具有放电电流大（１０～１８Ａ）容量大、比能量大（１３０Ｗｈ／ｋｇ）、放电容量与放电率无关、安全可靠等特点，放电深度达到８０％，最高寿命超过８００次循环（约２４０００Ａｈ）。研究了电池工作电流与温度变化的关系。电池退化表征为：随寿命增大，电池内阻上升，容量下降。导致电池退化和失效的主要因素为β″－Ａｌ２Ｏ３电解质的制备工艺和性能；电池结构和密封性；材料纯度。严格控制这三个因素是保证电池性能良好的关键     

制革园区污水处理厂调试运行分析

采用水解酸化+CASS工艺处理制革园区工业废水。调试运行结果表明,在进水COD和氨氮平均质量浓度分别为607、50.7 mg.L-1时,出水COD和氨氮平均浓度分别为70、5 mg.L-1,平均去除率分别达88.5%和90.1%。出水水质达到污水综合排放一级标准(GB8 978-1996)。     

钠硫电池硫极预制结构对电性能退化的影响

讨论了3种不同硫极预制结构对钠硫电池充放电性能及电池退化性能的影响.实验表明;钠硫电池的充放电性能与硫极结构材料、纤维走向、材料与硫和多硫化钠的润湿性有关.采用石墨毡内村氧化铝纤维的硫极冷装结构,能缓和电极极化,提高电池充电性能,延长电池寿命.     

Research activities in Shanghai Institute of Ceramics,Chinese Academy of Sciences on the solid electrolytes for sodium sulfur batteries

This paper presents the research and development of β″-Al₂O₃ ceramic electrolytes for sodium sulfur battery applications in the Shanghai Institute of Ceramics, Chinese Academy of Sciences (SICCAS). The process to prepare large size β″-Al₂O₃ ceramic tubes is described. Composite electrolytes with ZrO₂ as second phase additives are introduced. The strengthening and toughening effects of the second phase are significant. The results show that high quality β″-Al₂O₃ ceramic electrolytes with diameter as large as 60 mm and length of 500 mm are successfully produced. The composite of β″-Al₂O₃ and tetragonal ZrO₂ displayed much better mechanical properties than the pristine β″-Al₂O₃ ceramics.     

化工陶瓷铠装塔的试制

针对传统的化工陶瓷塔的美中不足之处 ,从生产工艺、铠装工艺和安装工艺等方面 ,介绍了试制成功的升级换代产品———化工陶瓷铠装塔 ,评述了该产品的物理性能、使用要求和所取得的社会经济效益 ,并进而引发了从中体会到的营销理念     

La0.8Sr0.2Co0.3Fe0.7O3−δ as a novel candidate coating material for the positive current collector in sodium sulfur battery

The corrosion behaviors of perovskite La_0.8Sr_0.2Co_0.3Fe_0.7O_3−δ (LSCF) in the sodium tetrasulfide melt have been studied to demonstrate its possibility to be used as a coating material for the positive current collector in the sodium sulfur battery (Na/S). The electrochemical techniques including potentiodynamic polarization and electrochemical impedance spectroscopy (EIS) are applied in the study. The results demonstrate that the corrosion process of the LSCF in sodium tetrasulfide melt is activation controlled. The corrosion current density of the LSCF is approximate 10 times smaller than that of the 316L stainless steel. Two compact corrosion layers which may act as a stable barrier retarding the corrosion process have formed on the surface of LSCF after immersed for 130 days. The promising results suggest that LSCF exhibits high corrosion resistance against molten sodium tetrasulfide and may be an appropriate candidate coating material for the positive current collector in Na/S battery.