球磨工艺对活性炭孔结构及电化学性能的影响

The effects of particle size of activated carbon （AC） on its wettability, electrode coating technology and electric chemical performance were studied to assemble nonaqueous electric double layer capacitors （EDLCs） for high power requirements. The results show that the specific surface area and total pore volume of AC decrease from 2 137 m^2/g to 1 683 m^2/g, and 0.95 cm^3/g to 0.78 cm^3/g, respectively, if it is ball-milled for 8 h. The pore size distributions are similar in the range of 0.7 nm to 3.5 nm for different ball-milling time. There exists oxidation on the surface of AC during the ball-milling process and the ratios of O-C=O oxygen compositions increase whereas those of C-O, C=O decrease. The peeling strength of AC coated on current collector is almost inverse proportion with the particle size of AC as well as the resistance of EDLCs, and its capacitance decreases about 6%.     

Absolutism's Hidden Message for Medical Scientism

Systemic and paradigmatic problems inherent in science instruction are a genuine threat to our health, and that of future generations. By examining the discoveries of two unsung heroes of 20th century medical science, and the poor acceptance of their dietary interventions in disease processes, we have sufficient evidence to incite a careful re-evaluation and alteration of the methods with which we teach science, and, in fact, all subject areas in our schools and postsecondary institutions. F.C. Dohan and W. Dicke each discovered answers to pathologies through dietary exclusion of gluten. Neither has enjoyed the just fruits of their labours.     

PAC-MBR工艺处理微污染地表水的研究

设计了膜生物反应器 (MBR)与粉末活性炭 (PAC)联合使用的膜组合工艺 (PAC MBR)处理微污染地表水 ,并用分子量分析方法来考察PAC MBR组合工艺及各单元工艺对有机物的去除效果 .分析结果表明 ,由于原水中的小分子有机物难生物降解 ,该工艺出水有机物集中在小于 1k的分子量区间内 ,活性炭的投加能显著提高这部分有机物的去除率 .试验证明 ,PAC MBR工艺中生物处理与活性炭吸附互相促进 ,在稳定运行阶段对CODMn、UV2 54 、UV4 10 和氨氮的去除率分别达到 70 %、70 %、10 0 %和 92 % .     

生物活性肽对赛艇运动员力量、耐力素质的影响

研究生物活性肽胶囊对赛艇运动员力量、耐力素质的影响．将运动员随机分组为对照组和补肽组，实验过程中两组保持相近的训练量和训练强度．实验前和实验后5周对受试对象的力量素质及耐力素质进行测试．结果表明：与对照组相比，补肽组的力量素质及耐力素质都有较大幅度的提高．     

活性碳负载磷钨酸催化合成苯氧乙酸烯丙酯

介绍了活性碳负载磷钨酸为催化剂，催化苯氧乙酸与烯丙醇的酯化反应，合成了苯氧乙酸烯丙酯。研究了反应时间、醇酸物质的量化和催化剂用量对酯收率的影响。     

活性炭吸附VOC苯系物的影响因素研究

本实验研究VOC苯系物的浓度、物化性质及气流量对活性炭吸附的影响．为对应不同的条件,采用相应的吸附操作,提高活性炭的利用率,节约能源奠定基础。     

芡实中的三个环二肽

研究了睡莲科芡属植物芡（Euryale Ferox Salisb．）的成熟种仁芡实的环肽成分．芡实药材经95％甲醇回流提取后,通过硅胶,Pharmadex LH-20凝胶,RP-18反相柱层析进行分离,从中分离鉴定了3个环二肽．其结构经化合物的理化性质测定和光谱数据分析分别鉴定为：环（苯丙-丝）（1）,环（丙-脯）（2）,环（苯丙-丙）（3）,其中化合物1为新的天然产物,化合物2和3为首次从该植物中分离得到．     

Rate of pozzolanic reaction of two kinds of activated coal gangue

Two kinds of activated ways are used to prepare activated coal gangue fine powder, one is calcining coal gangue
at 800 ℃ (gangue A), and the other is calcining coal gangue with a certain calcite at 800 ℃ (gangue B). The experiment
shows that strengths of blended cement mortar with coal gangue B are higher than that of blended cement with coal gangue
A. Hydration of cements with the two kinds of activated coal gangue is investigated through a differential thermal analysis.
The weight loss due to Ca(OH)2 decomposition of hydration products by differential thermal analysis/thermo gravimetric
(DTA/TG) can be used to quantify the pozzolanic reaction. A new method based on the composition of hydration cement is
proposed to determine the degree of pozzolanic reaction. The results obtained suggest that the degree of pozzolanic reaction
of gangue B is faster than that of gangue A.     

活性炭吸附技术及其在水处理中的应用

概述活性炭物理化学性质以及作为吸附剂的机理,介绍活性炭吸附剂的种类,及各种类型的活性炭在水处理中的应用。     

氧化絮凝法处理活性大黑染料废水的研究

以硫酸铝铁溶液为絮凝剂,高锰酸钾溶液为氧化剂,采用氧化絮凝的方法处理活性大黑染料废水,考察了絮凝剂与氧化剂用量比、絮凝时间、温度、pH等对脱色率和CODCr去除率的影响,确定最佳条件：絮凝剂与氧化剂的摩尔比为3.45∶0.14,pH=1,θ=30℃,絮凝时间t=1 h,脱色率可达99.13%,CODCr去除率达66.81%.如果采用两段处理法,脱色率可进一步提高到99.88%,CODCr去除率达85.13%.砖末二次吸附后,脱色率达99.24%,CODCr去除率达77.05%.