厚表土层湿土结冰温度与冻结壁厚度确定的研究

用研制的冰点仪，对含水土的结冰温度与赋存深度、含盐量和含水率的关系进行了实验研究．获得了含水土结冰温度与诸参数的关系，给出了求算结冰温度和判定冻结壁实际厚度的方法和计算公式．     

珞璜电厂湿式石灰石-石膏法脱硫系统运行中存在的问题及其分析

以珞璜电厂湿式石灰石一石膏法脱硫系统为例，分析了设备腐蚀、磨损及系统结垢的原因，并提出建议：(1)应尽量避免选用塔内部件多的吸收塔(如填料格栅塔)，而应选用中空的液柱塔，以减少塔内结垢的可能性；同时应注意保证脱硫塔运行稳定，减缓结垢速度。(2)对于脱硫系统中易腐蚀、磨损的部位及部件，应尽量采用防腐、耐磨的材料或采用衬胶的方法，以减少腐蚀和磨损。     

石灰湿法烟气脱硫给液系统设计和工程实践

阐述了石灰湿法烟气脱硫给液系统工艺设计特点。采用间歇消化、两次定量稀释和三级连续沉砂工艺制备消石灰稀液 ,供给三台 6 5t/h锅炉烟气脱硫。工程实践表明 :消石灰稀液质量浓度稳定 ,易操作 ,易控制和易监督 ,证明了给液系统是湿法烟气脱硫的重要部分     

Real imaging and size values of Saccharomyces cerevisiae cells with comparable contrast tuning to two environmental scanning electron microscopy modes

The combined application of electron microscopy (EM) is frequently used for the microstructural investigation of biological specimens and plays two important roles in the quantification and in gaining an improved understanding of biological phenomena by making use of the highest resolution capability provided by EM. The possibility of imaging wet specimens in their "native" states in the environmental scanning electron microscope (ESEM) at high resolution and large depth of focus in real time is discussed in this paper. It is demonstrated here that new features can be discovered by the elimination of even the least hazardous approaches in some preparation techniques, that destroy the samples. Since the analysis conditions may influence the morphology and the extreme surface sensitivity of living biological systems, the results obtained from the same cultured cell with two different ESEM modes (Lvac mode and wet mode) were compared. This offers new opportunities compared with ESEM-wet/Lvac-mode imaging, since wet-mode imaging involves a real contrast and gives an indication of the changes in cell morphology and structure required for cell viability. In this study, wet-mode imaging was optimized using the unique ability of cell quantities for microcharacterization in situ giving very fine features of topological effects. Accordingly, the progress is reported by comparing the results of these two modes, which demonstrate interesting application details. In general, the functional comparisons have revealed that the fresh unprocessed Saccharomyces cerevisiae cells (ESEM-wet mode) were essentially unaltered with improved and minimal specimen preparation timescales, and the optimal cell viability degree was visualized and also measured quantitatively while the cell size remained unchanged with continuous images.     

湿式氧化法处理活性红2BF的研究

采用湿式氧化法处理偶氮染料活性红2BF,考察了反应温度、反应时间、氧分压、KBrO3投加量以及pH等因素对降解效果的影响.结果表明,染料质量浓度为400 mg/L时,在温度为160℃、氧分压为0.8 MPa、n(KBrO3)∶n(活性红2BF)=0.5∶1、pH 4、反应时间为6 h的最佳条件下,活性红2BF由红色变为无色,TOC去除率为52%.     

粉尘粒子纤维层湿式过滤的试验研究

在传统基本假设的基础上,利用等效类比的方法引进水均匀分布于纤维丝表面并形成当量直径的假设,实现了湿式纤维层粉尘过滤过程的理论分析.同时,借助正交试验和常规实验的手段对理论式进行了无量纲修正,得到半理论半经验公式,并给予实际应用的适用范围.该公式对湿式纤维层的粉尘过滤具有实际指导意义.     

水泥土搅拌桩加固软土地基实例分析

本通过工程实例说明，位于稳定水位以下的土体采用水泥土搅拌桩进行加固应优先采用干法作业，而不宜采用湿法作业。     

聚脲改性聚酰胺多胺环氧氯丙烷涂布抗水剂的研究

制备了高含固量，稳定性好的聚脲改性聚酰胺多胺环氧氯丙烷，通过实验研究了其作为涂布抗水剂的应用工艺及作用机理，分析了多种因素对产品性能和贮存稳定性的影响。     

The Properties of Sulfur Rubber Concrete （SRC）

The mix designs and specimen preparation for the dry process and wet process of sulfur rubber conerete （ SRC ） were investigated. The compressive strength, corrosion-resistance and toughness were studied and discussed. The results show that SRC is corrosion-resistanet. Although the compressive strength of SRC decreases with inereasing rubber content, the toughness increases instead . Adding micro-filler will improve the compressive strength of SRC . There is a threshold value for the sulfur content, at which the compressive strength and the workability of SRC reach an optimum balance . The bond between rubber particles and surrounding sulfur is strong due to the vulcanization process that generates cross-link through S-C bonds.     

热带雨林地区碳钢和低合金钢的腐蚀规律

在西双版纳热带雨林地区进行了两年的大气暴露腐蚀试验。结果表明：碳钢（Q235）的腐蚀相对较严重，低合金钢（09CuPTiRe、10CrNiCuP）的腐蚀相对较轻，表现出较好的耐蚀性。3种钢的腐蚀产物相同，主要为γ－FeOOH、Fe3O4和α－FeOOH，但锈层的致密性不同，其腐蚀属于潮湿的大气腐蚀。