活性炭

Silver chloride prefers to disperse at the top site and bridge site of activated carbon surface and the interaction energy is between 46.26 and 47.64 kJ/mol.

AgCl在活性炭上的负载对位置有明显的选择性，主要以银端垂直附着在活性炭表面的顶位和桥位上，作用能在46.26~47.64kJ/mol。

Experimental results showed 50%～80% of bacterial cells were attached on sphalerite surfaces during 20 days of incubation, and an increase in bacterial attachment was observed with reduced mineral particle size.

研究发现反应器中Fe〓氧化速度的提高主要是由于活性炭表面细菌浓度高，每克活性炭表面吸附的细菌数量高达4.69×10〓个。

Keywords Adsorbable organic halogen\ Ozone oxidation\ Granular activated carbon\ Powdered activated\ carbon

可吸附有机卤化物；臭氧氧化；粒状活性炭；粉末活性炭

Experimental Study of Soft X-Ray Radiation in the Interaction of Circularly Polarized Femtosecond-Laser-Pulse with Low Pressure Xenon

研究了不同基体的活性炭纤维对氙气的吸附性能，同时对活性炭纤维结构修饰后的性能进行研究。

This article microbiofilmtechonology fermention colibacillosis ASP-311 technology, to the strains to fumaric to slfia to fermetation asparate; qsdhmm oluv in movingbed emulsifications, decolourization decolourization of temperature, time, as well as the pH value of l - omniberaing conditionson decolouring asparate, the resulting effect of: movingbed or by 1.0% concentration, temperature is 60 700℃ decolourization, 0.5h, decolourization time for the pH of 6, in this condition, oluv of 3.2% absorbance at decolouring.

毕业论文翻译（本文生物学术语多，切勿使用在线翻译）本文利用微生物发酵培养技术，以大肠杆菌ASP-311为发酵菌株，以富马酸为底物来发酵生产天冬氨酸；研究了发酵液中活性炭的使用量、脱色的温度、脱色的时间以及pH值等各种条件对L-天冬氨酸脱色效果的影响，最终得出：活性炭的浓度为1.0%，脱色温度为60℃，脱色时间为0.5h，pH为6，在此条件下，发酵液的吸光度为3.2%，此时的脱色效果达到最佳。

Activated carbon filter is to use its own with activated carbon adsorption and decolorization capacity to supply follow-up to meet the objective.

活性炭过滤器是利用活性炭自身具有的吸附和脱色能力来达到满足后续供水的目的。

Using microorganism fermentation cultivation technique, with escherichia coli strains of ASP - 311 for fermentation, with rich fumaric acid as the substrate to ferment produce l-aspartic acid, Study the result of activated carbon, and the temperature, the use of bleaching time and discoloring pH value of various conditions, aspartic acid decoloring effect, and finally: the concentration of carbon, decoloring temperature of 1.0% 60 degrees, the bleaching time for 0.5 h, pH for 6, in this condition, the result is the absorbency of decolour 3.2%, to achieve the best effect.

本文利用微生物发酵培养技术，以大肠杆菌ASP-311为发酵菌株，以富马酸为底物来发酵生产天冬氨酸；研究了发酵液中活性炭的使用量、脱色的温度、脱色的时间以及pH值等各种条件对L-天冬氨酸脱色效果的影响，最终得出：活性炭的浓度为1.0%，脱色温度为60℃，脱色时间为0.5h，pH为6，在此条件下，发酵液的吸光度为3.2%，此时的脱色效果达到最佳。

The paper compared the effects of active charcoal and yeast powder on the removal of bitterness and fishiness from the enzymolysis liquid of prawn waste .

本文比较了活性炭和酵母粉对虾头、虾壳水解液脱腥、脱苦的效果，发现酵母粉的脱腥、脱苦效果明显优于活性炭。

The adsorption characteristics,bio-adsorption kinetics and bio-regeneration capability of activated carbon in the biological activated carbon system was studied using hexadecane as a target.

以正十六烷为目标物，研究了生物活性炭系统对正十六烷的吸附特征、生物吸附动力学以及活性炭的生物再生能力。

The adsorption isotherms of methane, nitrogen, and hydrogen on ordinary activated carbon , super activated carbon , and 5A zeolite were respectively measured by volumetric method in the range of 283K～313K and 0～1. 0 MPa. Isosteric heats of adsorption were calculated from these isotherms basing on Clausius-Claperyron equation.

首先采用静态容积法分别测定了甲烷、氮气和氢气在普通活性炭、高比表面活性炭以及5A分子筛上的吸附等温线，温度范围为283K～313K（间隔15K），压力0～1.0Mpa，并利用Clausius-Claperyron方程获得了各气体组份在不同吸附剂上的等量吸附热。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。