1) Eldgja Eruption
Eldgjá火山喷发
1.
Chinese Historical Records of the Climatic Impact of -934 AD Eldgja Eruption in Iceland;
～934 AD冰岛Eldgjá火山喷发气候效应的中国历史文献记录
2) volcanic eruption
火山喷发
1.
1600 is one of the greatest historical volcanic eruptions in the world in the historical times.
公元1600年秘鲁Huaynaputina火山喷发是历史时期全球最大规模的火山喷发之一,在全球范围产生了重大的气候与环境效应。
2.
The advancement in the researches on the influence of volcanic eruptions on climate and the main conclusions and progress obtained from statistical analysis and numerical simulation is summarized.
重大的火山喷发对气候的影响表现为地面温度降低,由于火山喷发存在季节、纬度和强度的差异,因此喷发物的空间分布特征不同,对辐射的影响也不同,降温出现的时间和降温的幅度不一致。
3.
Considering from the written records,integrating the achievements in volcanic research in the world,the relationship between earthquake and volcanic eruption is discussed in the paper.
本文从描述这些地震活动的文字记录入手 ,并结合国际火山地震研究的新成果 ,探讨了地震类型及地震与火山喷发关系 ,指出震群是火山喷发的重要前兆指标 ,强调火山地震的监测对火山喷发预报的意义 。
3) volcano eruption
火山喷发
1.
Up to now it is very difficult to predict heavy disasters (earthquake, floods, volcano eruption), especially to raise an alarm in short term.
针对目前重大自然灾害 (如地震、洪水泛滥、火山喷发等 )还难能作出短期预测预警的现实状况 ,文中提出利用极轨卫星遥感所监测的“地气”系统射出长波辐射 (即OLR)信息 ,是可能攻克这一难关的突破口。
2.
Volcano eruptions are magnificent landscape on the earth, meanwhile they should erupt gases.
火山喷发是地球上一种壮观的自然景象 ,火山喷发的同时一般都喷出气体 ,火山爆炸式喷发时巨量的气体被喷入空中 ,对全球气候造成较大影响。
4) volcanic eruptive belts
火山喷发带
1.
It is divided into three volcanic eruptive belts based on regional tectonic setting and space-time distributed characteristics of volcanic rocks strata and lithological character and litho facies,as well as eruptive pattern in the research area.
根据区域构造背景、火山岩地层时空分布特征、岩性、岩相及喷发形式,将研究区划分为三个火山喷发带,其中宁果—措麦火山喷发带又可划分为宁果和德诺两个火山构造洼地,卢当—查孜火山喷发带划分为孔隆—邦勒、松拉勒—腊尔格和孔驹密波—查孜三个火山喷发亚带。
6) volcanic eruption column
火山喷发柱
1.
This paper studies the correlation between the maximum heights of the Plinian volcanic eruption columns and mass flux of the volcanic eruptions according to measurement data acquired from active volcanoes around the world.
Ｐｌｉｎｉａｎ式火山喷发柱最大高度是研究火山喷发对环境、气候影响时空范围的重要物理学参数，在分析了影响Ｐｌｉｎｉａｎ式火山喷发柱最大高度诸因素的基础上认为，火山喷发的质量通量是反映火山喷发柱最大高度最有效并且在实际中可以进行测量的参数之一，以此为基础，利用目前实测的火山喷发柱最大高度的数值与火山喷发质量通量的结果，建立两者的相关方程为：Ｈ＝０。
补充资料：便便(piánpián)
肥胖的样子：大腹便便。
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