石灰石-石膏湿法FGD中喷嘴的选择及布置设计

章论述了喷嘴在石灰石一石膏湿法工艺中的重要地位、作用和工作原理，介绍了喷嘴的主要性能参数，分析了几种喷嘴的性能特点。在此基础上，结合国内外喷嘴布置设计的经验，总结了喷嘴布置设计中应注意的问题。     

百年电力3号机组性能试验及经济性分析

介绍了百年电力发展股份有限公司#3机组大修后性能试验,分析了试验结果,并对机组存在的问题及其对经济性的影响进行了分析,提出了相应的解决办法,为机组的运行和检修提供一定的理论依据。     

Design Strategies for Piled Rafts Subjected to Nonuniform Vertical Loading

The piled raft is a geotechnical composite construction, consisting of the three elements piles, raft, and soil, which is applied for the foundation of tall buildings in an increasing number. In a parametric study, 259 different piled raft configurations have been analyzed by means of three-dimensional elastoplastic finite element analyses. In the study, the pile positions, the pile number, the pile length, and the raft-soil stiffness ratio as well as the load distribution on the raft has been varied. In the scope of this paper, the results of the parametric study are presented and design strategies for an optimized design of piled rafts subjected to nonuniform vertical loading are discussed.     

Microscopy under pressure--an optical chamber system for fluorescence microscopic analysis of living cells under high hydrostatic pressure

High hydrostatic pressure (HHP) becomes more and more interesting for life science research, since it can be employed to inactivate various cells. To directly monitor "cells under pressure," the development of an optical high-pressure chamber is required. Therefore, an optical pressure chamber that can be used for up to 300 MPa was constructed. This chamber has already been described as a tool for in situ observation of dynamic changes of microscopic structures in bright field as well as phase contrast. In combination with an inverted microscope, we obtained brilliant microscopic color pictures with an optical resolution more than 0.56 microm. Here, we demonstrate the capabilities of the HHP cell, in combination with epifluorescence microscopy. Using a nonadherent human B-cell line (Raji, ATCC CCL 86), stained with the fluorescent dyes propidium iodide, Hoechst 33342, or dihexyloxacarbocyanine iodide, we were able to show that the system is suitable to perform fluorescence microscopic analyses, with pressures up to 300 MPa, with viable mammalian cells.     

镀锡板镀锡量检测分析仪

为了精确测量镀锡板的镀锡量，提高镀锡板生产和进口的质量，用稀盐酸作电解液，根据电解剥离原理，采用微分电位法，解决了各层界面自动分层难题，研制出镀锡板镀锡量检测分析仪。仪器以Cygnal F005单片机作为智能部件，既可提供本机显示和打印测量结果的功能，又能通过USB接口与上位机配合使用。对双电层电容充电电流引起的测量误差作了修正。仪器小型轻便，操作界面友好。     

厚壁容器圆柱壳开孔应力集中问题(Ⅱ)

根据厚壁圆筒形压力容器开孔应力集中系数的一般表达式，利用正交函数展开的方法，将厚壁圆柱壳的开孔应力问题简化为求解一组无穷代数方程组问题为说明复变函数分析方法的适用性，给出了圆筒形压力容器在自由边界条件下，开圆孔和椭圆孔应力集中系数的数值结果     

用压力灌浆对钻孔桩底沉渣进行补强处理

通过一个工程实例,介绍了用压力灌浆对桩底沉渣过厚的钻孔灌注桩进行补强施工的方法,通过处理,提高了桩的承载力,达到了补强目的。     

高聚物中渗入C_(60)/C_(70)后计算内阻的压力函数法

应用宏观力学模型对高聚物渗入Ｃ６０／Ｃ７０后的微观内阻机理进行力学分析,提出分子滚珠轴承的设想,得出计算内阻的压力函数法和滚滑内阻权函数的概念。     

铝带闭式四斜楔卷取机胀缩力计算分析

在现代化铝带冷轧机组中,卷取机卷筒通常采用闭式四斜楔卷筒结构,本文简要分析了闭式四斜楔卷筒的结构特点,并根据其结构特点总结了一种计算卷筒胀缩力和胀缩缸直径的计算方法。     

建议增用主曲线实验方法提高我国核电安全的可靠性

日本福岛核事故后,各国政府对核电厂的安全更加重视了。提高核电厂安全要求非常重要,予以实现更加重要。毫无疑问,为安全所采取的新措施必须满足标准要求,并被世界公认和各国共同采用后,才会被核电厂接受和推行。本文的建议符合此原则并在文中说明了原因和根据。