125K TlCaBaCuO超导体制备工艺的研究

研究了TlCaBaCuO超导体的制备工艺。对名义成分为Tl_5Ca_(3.8)Ba_(2.8)Cu_6O_z和TlCa_4Ba_3Cu_6O_z的两种配比,采用适当的烧结温度、时间以及冷却速度,都获得了零电阻转变温度为125K的超导体。     

关于顶点凝聚度的几个定理

本文研究图Ｇ的顶点、是负点（Ｃ（ｖ）＝Ｋ（Ｇ）－Ｋ（Ｇ－ｖ）＜０， 零点（Ｃ（ｖ）＝０）、正点（Ｃ（ｖ）＞０）的充要条件。     

亚纯函数的唯一性定理

本文证明了几个亚纯函数的唯一性定理,改进了Ueda与Ozawa等的几个结果.     

关于整函数增长性的一些注记

我们推广C.T.Rajagopal关于整函数实部最大模的一个定理,并对金忆丹一文中的一个主要结果予以简明的重证。     

Bi系超导体工艺研究

本文叙述了Ｂｉ系高温超导体的工艺对其性能的影响，以及对样品进行电击穿实验等。结果表明，高温烧结，液氮淬火，低温退火，缓慢降温有利于生成高温超导体相；超导样品是由一些颗粒连接而成，其击穿电压和零电阻温度成反比。     

关于超越整函数系数线性微分方程解的性质

该文研究了几种类型的整函数系数线性微分方程解的级、零点收敛指数,得到了它们的精确估计.     

Myelin sheaths: glycoproteins involved in their formation,maintenance and degeneration

Myelin sheaths are formed around axons by extending, biochemically modifying and spiraling plasma membranes of Schwann cells in the peripheral nervous system (PNS) and oligodendrocytes in the central nervous system (CNS). Because glycoproteins are prominent components of plasma membranes, it is not surprising that they have important roles in the formation, maintenance and degeneration of myelin sheaths. The emphasis in this review is on four integral membrane glycoproteins. Two of them, protein zero (P0) and peripheral myelin protein-22 (PMP-22), are components of compact PNS myelin. The other two are preferentially localized in membranes of sheaths that are distinct from compact myelin. One is the myelin-associated glycoprotein, which is localized at the inside of sheaths where it functions in glia-axon interactions in both the PNS and CNS. The other is the myelin-oligodendrocyte glycoprotein, which is preferentially localized on the outside of CNS myelin sheaths and appears to be an important target antigen in autoimmune demyelinating diseases such as multiple sclerosis. Received 8 April 2002; received after revision 13 May 2002; accepted 22 May 2002     

论服装科学性与艺术性的和谐统一

研究了国内服装生产供应链体系中存在问题与应对措施．从服装科学性与艺术性的表现形式入手，借用服装人体工效学和供应链管理协调策略相关理论，分析了国产服装供应链中存在的零和博弈等问题．提出了要在服装的设计、生产及销售的整个供应链体系中实现服装产品科学性与艺术性的和谐统一，就必须以数量化情报形式来为创造者服务，要充分考虑到“人-服装-环境”系统的最佳匹配．     

漏电保护器的误动和拒动原因探析

阐述了漏电保护器的工作原理，分析了造成漏电保护器误动和拒动的客观因素、技术因素及主观因素，并提出了相应的解决对策，指出了漏电保护器并不是安全可靠供用电的惟一防护措施。     

莘数理论(I)

本文给出了莘数的定义与性质,从而扩张了经典数系,并对莘数范围内解方程作了初步的准备。