医院制剂生产管理系统的设计与实现

目的设计开发完整的医院制剂生产管理系统,使其满足物资的入出存管理和生产管理的需求。方法在细致分析医院制剂生产的管理流程的基础上,结合企业资源规划系统,采用客户端/服务器模式,应用SQLServer数据库管理系统和PowerBuilder开发工具设计、开发了该系统,主要由库存管理模块和生产管理模块组成,同时具有综合查询、报表输出和系统维护等功能。结果该系统能够与HIS连接,根据HIS销售情况制定生产计划,通过生产计划和现有库存快速制定采购计划,理顺了医院制剂室的工作流程,能够准确、快捷地输出相应的报表。结论该系统设计方案可行,系统操作简单,提高了工作效率,加强了医院的管理工作。

基于实时数据库的卫星测试平台的设计与实现

卫星测试数据的有效存储与展现对卫星测试有着重要的意义,同时随着卫星技术的发展,一颗卫星的多阶段测试,多颗卫星同时测试是不可避免的。而及时有效的处理测试产生大量的实时数据将是极大的挑战。设计并实现了基于实时数据库的分布式卫星测试平台,可以有效地管理多颗卫星的测试,同时结合ACE框架的通讯结构可以有效的对测试间内外的测试人员提供实时的数据监视与精确的历史查询统计。

石油化工行业生产执行系统应用研究

分析了国内外石油化工行业生产执行系统的特点,采用分布对象技术,提出了灵活的可组态的生产执行系统体系结构,该体系结构主要由数据平台、业务逻辑和用户界面3个层次构成;针对物料平衡与数据整合的关键问题,提出了基于多维物料移动模型的多层递阶平衡方法;结合石油化工行业的业务知识和领域知识,设计开发了一个炼化一体化的生产执行软件系统--石油化工企业生产执行系统,并在典型企业进行了应用验证.

Dual-wavelength photochromic fulgides for parallel recording memory

Two photochromic fulgides, 2-{2-[4-(N,N-dimethylnilino)-5-methyl-4-oxazoly]}ethylidene-4-(1-methylethylidene) tetrahydrofuran-2,5-dione (A) and 3-(1,2-dimethyl-5-phenyl-3-pyrolloethylidene)-4-(1-methylethylidene)tetrahydrofuran-2,5-dione (B), doped in PMMA as candidates of dual-wavelength optical memory for parallel recording has been investigated. With 488 nm-laser and 650 nm-laser, both "cross" and "star" images are recorded on the fulgides-PMMA film and read out clearly, respectively. Crosstalk between two fulgides in PMMA matrix and nondestructive readout has also been explored. The results show that no significant cross-talk is detected between them, and nondestructive readout is up to 201 times. (C) 2005 Elsevier B.V. All rights reserved.

Spectral relationship of photoinduced refractive index and absorption changes in fulgide films

Fulgides are one kind of organic photochromic compound, which are famous for their thermal irreversibility. In this report, from the difference spectra of the absorption A() of one kind of pyrrylfulgide, the spectral refractive index change n() was calculated by the Kramers-Kronig relation (KKR), and a good correlation of theoretically derived values and the experimental values of the n measured by a modified Michelson interferometer was found. Further, it is demonstrated that it was possible to calculate the spectral dependence of diffraction efficiency from the easily accessible absorption changes. This method will be a useful tool for the characterization and optimization of fulgide films. The results show that the diffraction efficiency is high at 488 and 750 nm, where the absorption is very small, so we can realize non-destructive reconstruction.