金属膜陶瓷膜净水技术试验研究

试验研究了金属膜陶瓷膜净水的主要影响因素及变化规律,提出了用金属膜陶瓷膜净水工艺替代传统的加药混凝、沉淀过滤净水工艺的水处理系统。重点研究了不同种类金属膜对浊度物质的去除、膜压差及膜渗透通量随时间的变化规律;陶瓷微滤膜渗透通量、出水浊度随时间的变化规律及在不同膜压差、不同进口流量的情况下膜渗透通量随时间的变化规律。试验表明了金属膜陶瓷膜具有良好的过滤性能。     

蛭石提纯工艺研究

文章通过实验探讨新疆蛭石矿的提纯工艺。实验中选用六偏磷酸钠作添加剂，结果表明：在100g蛭石矿，矿浆质量分数为15％，搅拌时间为2h，添加剂用量0．2％的条件下，蛭石产率达到最高值。     

Bioprotection of facilities

The anthrax attacks of 2001 energized research directed toward reducing health consequences from airborne contaminants by augmenting current heating ventilation and air-conditioning (HVAC) systems. Even during peacetime, interest will continue in improving HVAC components to reduce biocontaminants associated with sick building syndrome. Current HVAC design uses numerical simulation methods of ordinary differential equations to predict approximate performance. The authors show that state-space Laplace Transform calculations actually solve the underlying differential equations and yield algebraic expressions that provide new insight. To sharpen the arguments in favor of this methodology, attention is restricted to improving existing HVAC systems to increase protection from an external release of hazardous particulates. By nearly eliminating the need for dynamical simulation, the resulting methods can be applied to far more complex HVAC designs with little additional computational effort. The new methods reduce the time required for computation by three orders of magnitude. These algebraic methods also can be extended to disparate technical problems including internal particulate release, gas masks, and designing new protective buildings.     

应急净水系统作业性能试验研究

用应急净水系统净化不同水质的原水，以考察其作业性能。结果表明，出水浊度不受原水浊度的影响，且低于1NTU；在试验原水浊度、温度范围内，出水流量较稳定，产水量符合设计要求；出水水质符合生活饮用水卫生标准的要求。