我国地质调查9年来新发现矿产地800余处

我国地质调查9年以来,发现和评价一批大型、超大型后备勘查基地,新发现矿产地800余处,其中大型以上60余处,提交一批新增资源量,其中：铜3200万吨、铅锌7800万吨、铁矿石7．6亿吨、钾盐4亿吨、磷矿石8、5亿吨,形成若干国家级矿产资源基地雏形,有力地拉动了商业性矿产勘查。     

俄罗斯铜原料基地概况

一、世界经济发展水平与铜需求量 近年来,随着经济的持续发展,铜的使用量和需求结构都有了变化。2004年世界铜的需求结构为：建筑业34％,电力和电子工业28％,机械制造业14％,运输业12％,其他行业12％。2004年美国建筑业的铜用量占全国铜需求量的48％。     

平原县农村宅基地使用和管理状况的调查及应对措施

为摸清全县农村宅基地使用和管理情况,为今后农村宅基地管理提供科学依据,平原县国土资源局组成了专门的调查队伍,采取县局、乡镇国土所、包村工作组联合进行的方法,就全县农村宅基地的使用和管理情况进行了调查。     

老矿山信息

<正>南京云台山集团位于南京市江宁区境内,是一家蓬勃发展,充满朝气的股份制化工矿山企业,是南京市属老国有化工矿山企业,为原化工部八大硫铁矿山生产基地之一,矿山走过50年的历程,企业有员工千     

短讯

榆林气田——长庆又一个年产50亿方的大气田;柴达木盆地发现新油层;千米桥潜山二次评价证实天然气资源丰富;道达尔在澳大利亚新发现天然气;塔里木盆地巴什托构造BK4H井获高压油气流;新疆陆东地区石炭系钻获工业气流;     

基于泛珠三角的广东工业旅游探讨

基于建立泛珠三角的研究背景，通过对广州发展工业旅游的条件的分析得出结论，认为由于地缘关系和历史原因，在泛珠三角的成员中，广东最早接受香港地区的经济辐射，港澳台投资者在广东大量投资建厂，工业优势也日渐凸显，这种得天独厚的优势，为广东发展工业旅游奠定了坚实的基础。并通过对广东工业旅游示范点和其他适合发展工业旅游的企业进行调查分析和实证研究，总结了广东发展工业旅游的主要客源类型，并对广东工业旅游的发展提出了几点发展思路。工业与旅游相结合，两者完全可以达到双赢，并可以得到一定的社会效益，也是结论性认识。     

体现深厚人文内涵的德国工业旅游——《德国工业旅游面面观》读后感

目前在国内工业旅游是新兴的旅游项目。人们普遍对此还比较陌生,许多国内学者在研究工业旅游时,往往只侧重于讨论它如何创造经济和社会效益。而对国外工业旅游的研究也多见于一般介绍,或照搬人家的理论和案例,深入调查研究的不多。深圳大学刘会远、李蕾蕾二位老师在《现代城市研究》连载的《德国工业旅游面面观》12期文章以及由他们主要撰稿的电视专题片《德国工业旅游》,全面、系统的介绍了德国工业旅游发展的现状,同时也追溯了德国工业旅游过去发展所面临的各种问题,并进一步从人文的角度去看待开展工业旅游,深入挖掘工业旅游景点所包含的人文内涵,让我们充分体会到德国有关工业景观所承载的人文精神。     

河南省城区经济发展研究

文章首先介绍了城区经济的概念、特征和类型，在分析河南省城区经济发展状况的基础上，论述了该省城区经济的地位和作用，提出了河南省城区经济发展构想以及对策措施。     

Permeable Reactive Barrier for the treatment of contaminated surface water in Katedan industrial development area, Hyderabad, India

Permeable Reactive Barrier （PRB） is an emplacement of inert material （s） in the subsurface, designed to intercept a contaminated plume, provides a preferential flow path through the reactive media, and transforms the contaminant into environmentally acceptable forms to attain concentration remediation goals at the discharge of the barrier. The phenomena, which help in remediation within PRB, are adsorption/sorption, precipitation, oxidation/reduction and biodegradation. Various materials like zero-valent iron, zero-valent bi-metals, natural zeolites, organic carbon, fly ash, zeolites, limestone, activated alumina, apatites, etc. have been tried by many researchers to remove organic and inorganic contaminants. In USA, Canada, and many European countries commercial full-scale and pilot scale PRBs are successfully working. The design and installation of full scale PRBs needs laboratory treatability and dynamic flow column experiments？ The concept of PRB is being applied to treat contaminated surface water in the Katedan industrial area, Hyderabad, India. National Geophysical Research Institute （NGRI）, Hyderabad, India, conducted systematic studies in collaboration with Norwegian Geotechnical Institute （NGI）, Norway, to develop PRB technique to decontaminate the surface water pollution due to industrial effluent. A site assessment study in the Katedan Industrial Area, were carried out and water, soil and sediment from the lakes of the area were found to be polluted with high concentrations of heavy metals like As, Pb, Cr, Cd, Ni, etc. Adsorption studies at NGRI with synthetic samples and in-situ industrial effluent using different reactive media for removing contaminants like arsenic, chromium, cadmium, copper, nickel, lead and zinc have been carried out and yielded satisfactory results. The performance of zero-valent iron and limestone is encouraging in removing As,     

Distribution and mode of occurrences of radionuclides in phosphogypsum from the Aqaba and Eshidiya fertilizer plants, Jordan

Phosphogypsum is a waste by-product of the phosphate fertilizer industry that has relatively high concentrations of some U decay-series radionuclides such as ^226Ra and ^210Pb. The distribution and environmental mobility of radionuclides in phosphogypsum are an important concern because this gypsum by-product is used for wallboard, in agriculture and as a soil amendment. This study determined the distribution of ^226Ra, ^210Pb, within phosphogypsum stacks of varying age and among three size fractions （coarse： 〈0.212 mm; medium： 0.212-0.053 mm; fine： 〈0.053 mm）, in phosphogypsum derived from Aqaba and Eshidiya fertilizer plants. The results indicated that ^226Ra and ^210Pb were generally uniformly distributed in phosphogypsum stacks and showed no significant difference in the concentration of these elements with the age of stack. In the Aqaba phosphogypsum ^226Ra was slightly 10% enriched in the coarse fraction, while ^210Pb was 10% enriched in the free size fraction. In the Eshidiya phosphogypsum ^226Ra and ^210Pb contents were both relatively enriched （10%） in the fine size fraction.