藏北羌塘盆地的航磁特征

将羌塘盆地的航空磁场按不同的异常面貌特征分成八大区进行了详述描述。羌塘盆地航空磁场的展布总体以东西向或近东西向为主，其次为北东向和北西向，随着向上延拓高度的增加，该特征更加明显，磁异常具有鲜明的分区性和分带性，且从北向南异常由平稳到复杂逐渐变化，这些特征是羌塘盆地特有的地质构造和磁性岩石空间组合状态的综合反映。     

古吉黑造山带拼接带地球物理特征线

吉黑造山带拼接带的地球物理特征线，在重磁图上为伊通-吉昌-桦甸、贤儒-安图-开山屯一线。它分割了两种截然不同的地球物理场区，与两侧中元古宙-早三叠世不同的地质发育历史相呼应；和石炭-二叠系安哥拉与华夏植物地球区系的界线相一致。这是有别于前人而为更多新的地质资料所支持的新认识。     

数字地震观测系统的标定分析

利用正弦波信号对数字地震观测系统进行标定 ,计算各频点的响应灵敏度 ,确定地震观测系统的幅频特性曲线。对正确分析和解释地震观测记录以及地震基本参数测定是必须的。     

Distorted Froude‐scaled flume analysis of large woody debris

This paper presents the results of a movable‐boundary, distorted, Froude‐scaled hydraulic model based on Abiaca Creek, a sand‐bedded channel in northern Mississippi. The model was used to examine the geomorphic and hydraulic impact of simplified large woody debris (LWD) elements. The theory of physical scale models is discussed and the method used to construct the LWD test channel is developed. The channel model had bed and banks moulded from 0·8 mm sand, and flow conditions were just below the threshold of motion so that any sediment transport and channel adjustment were the result of the debris element. Dimensions and positions of LWD elements were determined using a debris jam classification model. Elements were attached to a dynamometer to measure element drag forces, and channel adjustment was determined through detailed topographic surveys. The fluid drag force on the elements decreased asymptotically over time as the channel boundary eroded around the elements due to locally increased boundary shear stress. Total time for geomorphic adjustment computed for the prototype channel at the Q₂ discharge (discharge occurring once every two years on average) was as short as 45 hours. The size, depth and position of scour holes, bank erosion and bars created by flow acceleration past the elements were found to be related to element length and position within the channel cross‐section. Morphologies created by each debris element in the model channel were comparable with similar jams observed in the prototype channel. Published in 2001 John Wiley & Sons, Ltd.     

9403强热带风暴致洪暴雨Tbb特征分析

本文利用１经纬度间隔Ｔｂｂ资料分析１９９４年６月９－１０日皖、赣致洪暴雨过程的成因。结果指出，登陆北上的９４０３强热带低压同西风带降水系统相互作用造成了这场大暴雨过程。南北低值系统的叠置使降水系统结构发生变化，在两云系统接合处产生强对流云团，导致降雨量陡增。分析还表明这场致洪暴雨的发生与下面三个因素有关；１．南、北两云系统都有相当尺度和强度；２．南来云团来自ＩＴＣＺ和西南地区云系的水源补充；３．不     

江苏省夏季持续干旱和雨涝的气候分析以及环流和海温场演变特征

在对我省夏季持续干旱和雨涝进行气候分析的基础上，研究了夏季持续干旱和持续雨涝的环流特征差异、持续干旱的两种不同的环流型以及前期海温场的特征和演变规律。     

邢台震源区波速比异常与地震的关系

通过对忻州─泰安人工地震测深剖面Ｐ波、Ｓ波的联合解释，得到沿剖面不同地质单元隆起区与裂陷区、震源区与非震区的速度和波速比结构．鲁西隆起和太行、山西隆起为较均匀的成层构造，地壳厚度分别为３２ｋｍ和４０－４３ｋｍ，波速比为１．７４．中段裂陷区构造变化较大，地壳厚度约３０－３３ｋｍ，波速比为１．７５－１．７７．邢台地震区上地壳下部和中地壳出现高波速比１．７７的异常，与裂陷区东的１．７３形成明显的差异．由此推测，地震的发生不仅与震源区的构造有关，更主要是与震源区岩石的性质有关。     

关于地震趋势快速判断的初步研究

从讨论地震序列的空间分布特征出发，结合地震学中的常规手段，研究了对地震趋势进行快速判断的方法。对于如何利用单台地震资料进行地震趋势的快速判断做了初尝试，取得一些有益的结果。