硅整流元件纯水冷却系统换热设备的化学清洗

介绍了硅整流元件的纯水冷却系统换热设备化学清洗中药剂的评定筛选原则。质量标准，清洗工艺等。并对其清洗效果加以评定。     

染料释放化合物及一当量成色剂浅谈

简述了染料释放化合物的发展过程 ,并由此引出一当量成色剂的概念 ,叙述了一当量成色剂应用和发展 ,对一当量成色剂应用前景做了预测。     

中压汽包法兰断裂失效原因分析及改进措施

本文针对中压汽包法兰断裂失效原因进行分析，指出汽包上两个法兰同时断裂的原因在于安全阀排汽管路设计上的失误，并提出对安全阀排汽系统的改进措施。     

颗粒流体两相流基本方程中压差力和曳力系数的计算

本文总结了颗粒流体两相流基本方程的压差力表达方式和推导颗粒流体系统曳力系数计算公式的力平衡原理，提出了一种分析压差力的简单方法，阐明了各种压差力表达方式间的关系及对应的两相流基本方程的曳力系数的计算方法     

乙醇-苯-氯化钙体系汽液平衡

测定了兰州大气压下溶有不同浓度氯化钙的乙醇-苯体系的汽液平衡数据,以Furter拟二元体系模型处理溶盐三元体系,用Van Laar方程对数据进行了关联,得到较好的结果。     

电袋复合除尘器清灰系统的优化组合

目前，关于电袋复合除尘器清灰系统优化组合的研究很少，而清灰系统是其核心和关键，因此清灰系统的设计对除尘器来说十分重要。本文提出了电袋复合除尘器的清灰系统所面临的问题，并给出了解决方案，从而得出了清灰系统的优化组合。     

模糊控制器在窑炉温度控制系统中的应用及计算机仿真

对陶瓷工业窑炉中的温度模糊控制问题进行了探讨,提出了模糊控制器在窑炉温控上的具体应用方法,并进行了计算机仿真,仿真结果表明模糊控制效果良好,具有较好的应用前景。     

提高等离子体裂解煤制乙炔收率的方案研究

将反应体系的温度升高到升华点以上 ,是提高等离子体裂解煤制乙炔收率的必由之路 .采用最小自由能方法研究了煤的 C- H- O热力学平衡体系 ,在此基础上提出了一种以煤层气甲烷为冷却剂的等离子体裂解煤制乙炔方案 ,初始反应体系的温度在 40 0 0 K以上 .理论的计算和分析结果表明 ,这种方案可获得较高的乙炔收率 ,而单位质量乙炔的比能耗很低 ,具有很好的经济效益和环境效益 .     

循环冷却水零排污运行方案的研究

对循环冷却水系统零排污的技术可行性、经济性等进行了讨论，并针对大庆炼化公司循环冷却水系统零排污方案的实施加以详细描述，对实施过程中存在的问题予以了详细说明。     

Climate change impact on water quality in the integrated Mahabad Dam watershed-reservoir system

Climate change, besides global warming, is expected to intensify the hydrological cycle, which can impact watershed nutrient yields and affect water quality in the receiving water bodies. The Mahabad Dam Reservoir in northwest Iran is a eutrophic reservoir due to excessive watershed nutrient input, which could be exacerbated due to climate change. In this regard, a holistic approach was employed by linking a climate model (CanESM2), watershed-scale model (SWAT), and reservoir water quality model (CE-QUAL-W2). The triple model investigates the cumulative climate change effects on hydrological parameters, watershed yields, and the reservoir’s water quality. The SDSM model downscaled the output of the climate model under moderate (RCP4.5) and extreme (RCP8.5) scenarios for the periods of 2021–2040 and 2041–2060. The impact of future climate conditions was investigated on the watershed runoff and total phosphorus (TP) load, and consequently, water quality status in the dam’s reservoir. The results of comparing future conditions (2021–2060) with observed present values under moderate to extreme climate scenarios showed a 4–7% temperature increase and a 6–11% precipitation decrease. Moreover, the SWAT model showed a 9–16% decline in streamflow and a 12–18% decline in the watershed TP load for the same comparative period. Finally, CE-QUAL-W2 model results showed a 3–8% increase in the reservoir water temperature and a 10–16% increase in TP concentration. It indicates that climate change would intensify the thermal stratification and eutrophication level in the reservoir, especially during the year’s warm months. This finding specifies an alarming condition that demands serious preventive and corrective measures.