风机盘管在空调工程中的应用及分析

根据风机盘管的特性，分析了设备运行状况和能量调节方法等方面的有关问题，指出了风机盘管采用变风量的方法调节能量所存在的弊端，同时还分析了在空调设计中，如何充分运用这些特点来合理选型，并对产品开发方面提出了建议。     

企业在推进ERP建设中面临的问题与对策分析

1 ERP的管理理念不深入 企业推进ERP要经过领导这一关,现在相当一些企业的领导对ERP是什么并不完全了解,总认为企业信息化就等于实施了ERP.     

Processor Utilization Bounds for Real-Time Systems With Precedence Constraints

This paper presents a novel approach to computing tight upper bounds on the processor utilization for general real-time systems where tasks are composed of subtasks and precedence constraints may exist among subtasks of the same task. By careful analysis of preemption effects among tasks, the problem is formulated as a set of linear programming (LP) problems. Observations are made to reduce the number of LP problem instances required to be solved, which greatly improves the computation time of the utilization bounds. Furthermore, additional constraints are allowed to be included under certain circumstances to improve the quality of the bounds.     

铝电联营在山西的可行性探讨

根据山西铝工业的现状 ,就铝电联营的各种形式在山西的可行性逐一进行了分析探讨     

盐酸溶液标定分析结果的不确定度评定

本文列出影响容量分析中盐酸溶液标定的影响因素,依据不确定度的评定规范,对盐酸标定结果进行不确定度评定。     

原油集输工艺流程的(火用)分析评价

不同原油集输工艺流程的能耗有很大差异.本文采用(火用)分析方法对掺热油和掺热水两种集输流程进行了评价,得出的结论是掺热油流程优于掺热水流程,对集输站子系统来说,结论则相反.     

W片二向色性角β测定中的两个问题

本文讨论在测定W片二向色性角β的实验装置中的两个问题:W片的e轴与起偏器P_1透振方向间夹角θ偏离45°时引起的误差;起偏器P_1、检偏器P_2的消光比ρ对测量精度的影响。     

钼还原过程相变化研究

采用钼酸铵直接氢还原及钼酸铵先焙解然后再分段氢还原两种不同的还原方法进行了钼粉还原。通过Ｘ射线衍射方法分析了两种工艺还原过程中的反应序列及相变化规律，并讨论了不稳定相Ｍｏ４Ｏ１１对于钼粉还原过程的影响。     

Advance of gene therapy for neurological diseases by direct in vivo gene transfer

Gene therapy for neurological diseases is a rapidly expanding field in neurosciences. It has been demonstrated that some viral vectors from HSV-1 (herpes simplex virus type 1), Ad (adenovirus) and AAV (adeno-associated virus) can transfer foreign genes into nondividing cell types (including neurons). In addition, physical/chemical methods are also used in direct in vivo gene transfer. The direct gene transfer techniques will open a new way to study neurophysiology, neuropathology and therapy for neurological diseases at molecular level. They will hopefully lead to surprising progress in gene therapy for neurological diseases.