淮南

一天，他翻阅《淮南子》，读到书中这样一句话：蛙螂捕蝉，全靠有一片能遮身的树叶。他想，人要是能得到这片树叶，就能隐身了。

One day , when he was leafing through the book Huainan Zi , he came across a line saying : " When the mantis1 preys2 on the cicada , it relies entirely3 upon a leaf to conceal4 its body . " He thought that if one could get such a leaf , one could become invisible .

GIS在淮南市水环境管理中的应用中国水环境管理体制改革初探

Application of Geographical Information System in Water Environmental Management of Huainan City

淮南地区太原组碳酸盐岩的矿物组成和X射线研究

Study on minerals composition and its X-ray analysis of carbonatite of Taiyuan in Huainan area

基于J2EE的淮南市中小企业电子商务平台的研究与实现

The Design and Implementation of Small and Medium-sized E-commerce Platform in Huainan City Based on J2EE

SPSS在淮南矿区煤中微量元素研究中的应用

Application of SPSS in Study of Micro-element of Coal in Huainan Coal Mining Field

淮南矿区浅部含水层K与水化学成分的相关性

Researches on the interrelation between the permeability of the shallow aquifers and the chemical components of the groundwater in Huainan Coal Mine Area

目的探讨淮南地区矿工幽门螺杆菌（Hp）感染状况及其危险因素调查。

Objective To investigate the prevalence of Helicobacter pylori ( Hp ) infection and risk factors in miners in Huainan .

小龙潭褐煤Ng值最小，淮南煤的Ng值最高。

The Ng value of Xiaolongtan coal is the lowest and the one of Huainan is higher .

结论淮南地区学生H.pylori感染多为vacA+和cagA+菌株，应充分重视H。

Conclusion The H.pylori infection in Huainan students is mostly vacA + , cagA + strains .

高灰熔点淮南煤用于TEXACO水煤浆加压气化初探

Study on the Fusing Point Reduction of Huainan Coal for Texaco CWM Gasifier

[目的]研究淮南地区煤矿工人幽门螺杆菌（HelicobacterPylori，H.pylori）vacA、cagA基因分布特征。

Objective To investigate the distribution of vacA and cagA genes of Helicobacter pylori in miners of Huainan City .

结果表明，淮南猪IL-2基因在大肠杆菌中得到高效表达，其表达蛋白具有特异性和生物学活性。

The result showed that the Huainan Porcine IL-2 gene could high express in E. coli , the expressed protein possess specificity and biological activities . 3 .

方法采用定点随机抽样调查方法，对淮南地区部分学生和教职工进行皮肤挑刺试验（SPT）。

Methods Skin prick test ( SPT ) was performed among 2 360 children and staffs selected randomly in Huainan area .

通过添加A，B，C，D等4种助熔剂来降低高灰熔性淮南煤灰熔融温度。

Four fluxes of A , B , C , D and their mixture are added to reduce ash fusion temperature of high fusibility Huainan coal , the result indicates that the ash fusion point of Huainan coal can be reduced effectively by adding flux .

淮南煤炭资源丰富，煤质优良，但是由于淮南煤灰熔融温度很高（FT>1500℃），因此不能直接应用于安徽淮化集团的Texaco水煤浆气化炉。

Huainan coal can 't be used directly in Texaco gasifier for its high fusion temperature ( FT > 1500 ° C ) .

淮南选矸电解生产Al-Si-Ti合金的研究

Preparation of Al Si Ti alloy by electrolysis coal gangues in Huainan Mines

淮南煤矸石电解制备Al-Si-Ti合金的研究

Preparation of Al - Si - Ti alloy by electrolysing coal gangue in Huainan Mines

结论淮南地区肝癌的诱发与HCV感染密切相关，HCVⅡ型在本地区HCV相关性肝癌和肝硬化的发生中可能起主要作用。

Conclusion HCC is associated with the infection of HCV in Huainan area . The infection of HCV type ⅱ appears to play a main role in the development of HCV-associated HCC and LC in this area .

根据淮南市某测区GPS网中公共点的高程异常，建立测区的似大地水准面的数学模型，从不同角度对模型的代表性误差进行了评价。

Based on the elevation anomaly of the common points in the GPS net in certain area of Huainan city , this paper establishes the mathematical model of the quasigeoid in the survey area , and assesses the representative error of the model from various angles .

关键区（143°E-160°E，27°N-39°N）10-11月海温与次年江淮南区梅雨期气温日较差存在较好的反相关关系。

There is a apparent negative correlation between the temperature daily range in south area of Changjiang-huaihe valley over Meiyu period and SSTA in the Key region ( 143 ° E 160 ° E , 27 ° N 39 ° N ) from November to December in former year .

现今古生界主要残存于鲁山周口阜阳淮南线以北地区，下古生界残厚约1000m，上古生界残厚约400m～800m。

So far the dominant remnants of Paleozoic are distributed to the north of Lushan-Zhoukou-Fuyang - Huainan . The remnant thickness of Lower and Upper Paleozoic are about 1000m and 400 & 800m separately .

最后，以淮南供电公司推行5S管理为背景，对淮南市供电公司输变电设备检修管理进行了案例分析，并总结了值得其他供电公司借鉴参考的结论和启示。

In the end , the paper introduces the case of " 5S " management adopted by Huainan Power Supply Company to improve equipment maintenance management and makes some valuable conclusions as reference for equipment maintenance management in other power supply companies .

淮南电厂粉煤灰加石灰石在1340-1400℃温度下烧结并自粉化后用Na2CO3溶出，可有效地提取氧化铝，残留的硅钙渣是生产水泥的优质原料。

After fly ash of the Huai-nan Powerplant is sintered with the addition of limestone at 1340 & 1400 ℃ and self-disintegrated . ( from the sinter reacted with the solution of sodium carbonate . ) alumina can be efficiently extracted .

综述了淮南矿业集团合成材料有限责任公司开发和生产的HNF系列水煤浆添加剂在中国各水煤浆应用行业的推广应用情况；

The HNF series additives for coal water mixture production are produced by synthesis material Co. Ltd. , Huainan Coal Industry Group and popularized application situation in , China were summarized .

煤的总失重率随升温速度增大而增大，淮南煤HN升温速度从8℃/min增大到50℃/min时，其最大失重率由7.57%/min增大到24.55%/min；

The total mass loss of the coal will increase as the heating time increases , for the coal from Huainan mine , the maximum mass loss raises from 7.57 ? % / min to 24.55 ? % / min when its heating rate increases from 8 ?

利用Triolein半渗透膜采样技术（TrioleinSPMD）采集了淮河信阳、淮南断面水样，测定了采样器中多氯联苯、多环芳烃、取代苯等有毒有机污染物浓度。

Triolein Semipermeable membrane device ( Triolein SPMD ) was used to monitor toxic and organic pollutants such as PCBs , PAHs , and Substituted Benzenes in the Huaihe River , at the sites of Xinyang and Huainan city , where organic pollution is very severe .

B11，C13煤在淮南矿区属高突煤层。为降低矿井瓦斯威胁，多年来重点对这两层煤进行抽采；

In order to remove the threat of gas to mines , the gas in B_ ( 11 ) seam and C_ ( 13 ) seam in Huainan mining district has being extracted mainly for many years , because the two seams are " high outburst " ones .

最后分析了淮南生态市建设SEIA的主要内容：土地利用规划、产业政策结构调整以及各项战略的环境影响评价，为生态市建设SEIA提供方法和技术支持。

Finally , it analyzed the main contents of SEIA in constructing the ecological city of Huainan : the land utilization plan , the industrial policy structure adjustment and every strategies on the environment impact assessment , which provided the methods and skills for the ecological city construction .

淮南煤矸石中的铅及其环境效应

The Pb of Coal-mining Wastes in Huainan and its Environmental Effect

淮南地区华支睾吸虫中间宿主感染情况调查

Investigation on intermediate host infection of clonorchis sinensis in Huainan area