AUTHOR INDEX(Volume 16,2005)(The following index is only for the first author)

B ian LingenInterdeeadal Oseillations of Temperatures in 1903一2002 over the Antaretie Pen-insula59Chen HongxiaHydrologieal eharaeter and sea一eurrent strueture in the front of Amery Iee Shelf 41Deng HaibinDu ChunguangShort一terrn Climate Charaeteristies atN少Alesund over the Aretie Tundra Area 109Crustaeeous liehens sensltive monitor of eaesium一137 radiation level in terrestrial 51enVlronlllentFang AiminPreliminary study onthe sPore--Pollen assemblages found in the Cenozoie sedi…     

GROUNDWATER QUALITY AND CONTAMINATION INDEX MAPPING IN CHANGCHUN CITY, CHINA

1INTRODUCTIONGroundwater in Changchun City assures about 45% of total water supply. Drinking water supply of Chang-chun City was mostly served by surface water from Shitoukoumen and Xinlicheng reservoirs located in the east and south of the city (ZHANG, 1993). However, with the development of urban construction the ground-water especially from deep boreholes is also used for drinking purpose in suburban areas. The urbanization process in Changchun City threatens the groundwater quali…     

水质富营养化指标的GM(1,2)预测模型

本文应用灰色GM(1,2)建模方法,提出了水质富营养化单项指标的一种新的预测模型。该模型用于湖水总磷度的预测实例表明预测值与实际值拟合较好。本文还将GM(1,2)预测模型与 Vollenweider预测模型进行了比较。     

Advances in Polar Science CONTENTS(Volume 25,2014)

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金属矿物颜色指数在定性观察中的应用

金属矿物颜色指数是近代矿相学中定量测定的新进展。本文阐述了颜色指数的视觉反射率、色调、饱和度、色度坐标在定性观察方面的应用。视觉反射率比白光或绿光下测定的反射率更接近人目本身感觉的反射率。色度坐标可用于计算反射多色性的相对色度差以衡量反射多色性的显著程度。颜色指数用于编排金属矿物鉴定表,使鉴定表系统化、数字化且简明实用。颜色指数在金属矿物的鉴定工作方面具有指导作用。     

微机在中文地质文献检索中的应用

本文介绍了国际上先进的ＣＤＳ／ＩＳＩＳ文献管理软件及其与“中文地质文献库”的接口试验。作者在中国地质矿产信息研究院中文地质文献库的基础上，建立了河南省地矿厅的中文地质文献库，成功地将微机应用于中文地质文献检索中。利用微机进行文献检索可大大提高文献检索的查准率和检索速度。     

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Index for Volume 7,2010

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Index for Volume 8,2011

Author Index Abhishek CHANDRA.Traditional Agrodiversity Management: A Case Study of Central Himalayan Village Ecosystem, 62-74 Akito NAKASUJI.Landslide Hazard Mapping During a Large Scale Earthquake, 223-227 Alizadeh B.See Kalantari N, 37-45     

基于可编程图形硬件的体绘制技术

三维数据场可视化中的体绘制技术是科学计算可视化领域最重要的一项技术。由于体绘制技术需要处理的数据量十分庞大,生成图像算法又比较复杂,常常需要使用高端图形工作站和特殊硬件来实现。近年来计算机性能的大幅提高,特别是可编程GPU的顶点和片段处理器的快速发展,为普通Pc机上实现实时体绘制技术提供了硬件加速的支持。介绍了科学计算可视化和可编程GPU的概况,在普通PC机上实现了基于GPU的三维纹理映射的体绘制算法,实验表明,在不损失图像绘制质量的情况下,加快了绘制的速度。