高山寒冷矿区通风系统的改进

酒钢镜铁山铁矿地和山寒冷山区，通风条件复杂，原设计的整体压入式大主扇通风系统没有正常运转。根据矿山具体条件，在新中段采用多级机站通风系统。本文着重介绍新系统的特点、多级机站的布置，并分析了矿山通风中存在的几个问题。     

兴化市有线电视网络小区配套工程设计规范

开发商在新建小区的有线电视管网建设上,存在各种各样不符合有线电视建设与发展的问题,把实际工作中出现的这些问题加以总结,对兴化市新建小区的有线电视网络楼道管网布放进行规范,实践证明,对提高网络质量、改善网络结构有着积极意义。     

浅谈广播透明直播车的设计与实施

以重庆广电集团新建广播透明直播车为案例,就直播车项目的创新点,透明直播车的车体、车载系统、车载视音频系统的设计等几方面做了详细介绍,以供广播技术同仁参考.     

高档住宅小区综合覆盖解决方案

从高档住宅小区网络建设的必要性、建设原理入手,详细讨论了小区中各功能区的无线覆盖方案.说明了天馈线选择、布线以及走线的注意事项.最后以实例论证了所提出的方案.     

利用HFC网建设智能小区的解决方案

详细阐述了基于HFC技术的智能小区的宽带接入方式,介绍了HFC网络的系统结构,分析了运用Cable Modern的HFC解决方案以及产品的配置,这种宽带接入技术充分利用现有的网络资源,避免了网络的重复建设,有效地解决了网络布线的困难,降低了小区整体投资成本.     

中东×区生物碎屑灰岩储集空间测井表征方法

中东×区H油田发育孔隙型生物碎屑灰岩,储集空间复杂,发育有粒间孔、生物体腔孔等原生孔隙和溶蚀孔、铸模孔等次生孔隙,次生孔隙发育情况与储层产能、渗流性能等密切相关。结合岩心及测井资料建立储集空间类型识别方法,采用高斯函数拟合成像测井孔隙度谱,得到原生和次生孔隙的截止值及占比;分析三孔隙度测井和核磁共振测井响应与原生和次生孔隙占比的关系,建立了次生孔隙占比的测井计算模型。研究表明,结合储集空间类型确定成像测井孔隙度谱原生和次生孔隙截止值及占比,用于常规测井刻度,建立常规测井计算次生孔隙占比方法,2种方法计算结果相近,表明所建方法表征生物碎屑灰岩储集空间的有效性,为储集空间的定量表征提供了新思路。     

In the Hands of the People: Harnessing the Collective Power of Village Life in India

Top-down attempts by governments and charities to rebuild rural communities after natural disasters, or to rehabilitate slums, can leave communities feeling fractured. The Hunnarshala Foundation instead focuses on re-establishing social capital, providing funding and professional support for residents so that they can work together to improve their lot. This also reinforces the value of traditional artisans' knowledge in solving modern problems. Hunnarshala's Executive Vice Chairman Sandeep Virmani explains.     

城市居住区绿化规划设计初探

随着城市物质文明进程的加快,人们对居住区的绿化功能和健康功能提出了更高的要求。对于城市居住区的规划,本文主要从生态设计的角度进行探讨。     

剖析大型商业建筑防火设计

本文以绿地正大缤纷城为案例,对大型商业街建筑如何定性、如何划分防火分区,以及如何控制疏散给出了明确地分析,同时阐述了大型商业建筑防火设计的发展方向。     

New lake district in Europe: origin and hydrochemical characteristics

This article presents a new lake district in Southern Poland created as a result of human activity in the Upper Silesian region. The area has been named the Upper Silesian Anthropogenic Lake District. The lake density of the Lake District as delineated by the authors (with an area of 6766 km²) is 2.74%. It includes 4773 water bodies of various origins – reservoirs retained by dams, flooded mineral workings, water bodies formed in subsidence basins and hollows, levee ponds, residual water bodies following river regulation and other water bodies. These are located in urban‐industrial, rural‐agricultural or quasi‐natural areas. The hydrochemical diversity of water bodies is conditioned by their origin, location in the catchment and function. Studies have shown the widespread occurrence of eutrophication processes in limnic waters within the Lake District. The diverse origin and hydrochemical properties of water bodies within the Upper Silesian Anthropogenic Lake District make it special among other anthropogenic lake districts.