氧化铁脱除SO_2本征动力学研究

研究了温度、SO_2浓度、氧浓度及水蒸汽含量对α-Fe_2O_3脱除SO_2的影响规律.实验得到了幂函数型本征动力学模型中的各项参数值.结合流-固相反应理论,选择了流-固相反应模型,结果表明,在动力学控制区采用随机孔模型时,反应率-时间关系的实验数据与模型计算值能较好的吻合.     

添加剂强化石灰／石灰石烟气脱硫过程的应用及研究进展

目前国内外80％以上的烟气脱硫过程采用石灰／石灰石湿法脱硫。在脱硫过程中加入添加剂，可显著强化多相复杂体系的传质，从而提高脱硫率、降低脱硫成本。本文综述了添加剂强化石灰／石灰石烟气脱硫过程的研究及应用进展，并对国内的研究方向进行了简要阐述。     

氨法脱硫技术在高压锅炉上的应用

文章介绍适用高压锅炉烟气脱除SO2的治理技术,该技术在设计思路上是全新的,具有设备体积小,处理效率高,运行费用低,使用寿命长等特点,通过示范工程给出氨法脱硫技术在高压锅炉的实际应用效果,具有很好的应用推广价值。     

气体脱硫剂组份的GC／MS分析

采用色质联用技术，定性分析液化气脱硫剂中各个组分，并对其中的主要组分进行了详细结构分析，对N－甲基二乙酶的质谱分裂情况进行了探讨，为新产品的开发研究提供了有利的借鉴。     

锦州市区机动车尾气与空气污染相关性的探讨

锦州市机动车逐年增加，尾气污染程度不断加重，通过燃煤污染物和机动车污染物排放量，进行了机动车排放污染分担率和浓度污染分担率的计算，计算结果表明，在锦州市空气污染当中，机动车尾已占了相当的比重，且已改变了当地空气污染类型。     

运用“两级悬浮分离法”治理合成氨硫污染

中小型合成氨生产中生成的硫化氢和有机硫会影响设备和化肥产量。原设计配套的脱硫和硫磺回收装置因能耗大、产量低而被许多企业弃置不用。新流程按自然高差建两级硫泡沫分离池回收硫膏和分离氨水，同时改造原设计的熔硫釜，采取封闭釜口，在釜内加装加热盘管和改造放硫阀等措施，大大降低了能耗，缩短了熔硫时间，提高了硫磺质量。不仅提高了稀氨水回收率，减少污染物的排放，而且所创经济效益显著。     

管式反应器石灰雾液脱硫的数学模拟

建立的一维管式反应器雾液脱硫模型是对蒸发和吸收过程的耦合，以膜理论为基础的吸收机理同时考虑了含硫组分的离解、扩散、反应和固体颗粒的溶解。参数敏感性分析表明，对系统脱硫率影响最显的是出口干湿球温差，石灰颗粒粒度和入口ＳＯ２浓度、传质过程的分析表明，反应开始阶段液膜扩散和固体溶解阻力均存在，而气膜扩散在整个反应过程中都起着重要作用。     

乐清市大气环境污染现状和火电厂脱硫防治对策

通过对乐清市大气环境污染的调查和污染原因分析，阐述了酸雨的危害，讨论了火电厂脱硫技术的可行性和经济性，提出了酸雨防治对策。     

脉冲电晕等离子体脱硫脱氮与除尘技术

脉冲电晕放电是产生等离子体的方法之一，目前已达到工业性试验阶段，该文对脉冲电晕等离子脱硫脱氮与除尘技术的形成过程进行了回顾，对其理论作了分析，并简介了工艺流程，还指出了目前存在的主要问题和需研究的关键技术。     

Growth responses of Picea mongolica seedlings to defoliation rate

Picea mongolica W. D. Xu. is an endemic species in China. The spruce forest is only found in semi-arid habitat in Inner Mongolia Autonomous Region of China. Based on the simulative defoliation experiment, it was proved that Picea mongolica seedlings had the compensatory and overcompensatory effects under the certain defoliation rate. The results of variance analysis on growth indexes showed that in PM I (natural regeneration seedlings under Picea mongolica forest), the differences of H1 (height in June 23 ) and H2 (height in September 3) were extremely significant, and the difference of D(diameter at the breast height) were not significant. In PM Ⅱ (artificial regeneration seedlings under Betula platyphylla Suk. forest), the difference of H1 was significant, the difference of H2 was not significant, and the difference of D was extremely significant. The regression equations were established and the compensatory and overcompensatory points were obtained. In PM I, the compensatory points of H1, H2, and D were 0.7628, 0.7436, 0.5725, and the overcompensatory points were 0.6056, 0.5802 and 0.2909 respectively. In PM Ⅱ, the compensatory points of H1, H2, and D are 0.5012, 0.3421, 0.2488, and the overcompensatory points are 0.4137, 0.2633 and 0.0747 respectively. These results suggested that the induction of compensatory growth mechanisms in spruce seedlings required a threshold level of defoliation, and the insects in Picea mongolica forest could be controlled in a certain de clree.