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1. Morphology of Bɑsin of Debris Flow [2811]
2. Study of sediment transport in granular avalanches [739]
3. 中科院泥石流滑坡运动数值模拟计算软件 [605]
4. 西部山区道路泥石流防治理论与技术 [519]
5. 西部山区公路铁路泥石流减灾理论与技术 [500]
6. 汶川地震次生山地灾害形成机理与风险控制 [492]
7. Initiation process of debris flows on different slopes due to surf.. [460]
8. Comparison of debris-flow volume and activity under different form.. [450]
9. Age and extent of a giant glacial-dammed lake at Yarlung Tsangpo g.. [430]
10. Influence of Flow Width on Mean Velocity of Debris Flows in Wide .. [410]
11. 汶川地震灾区滑坡型泥石流形成机理 [409]
12. 金沙江下游泥石流分布的时空特征 [408]
13. Real-time measurement and preliminary analysis of debris-flow impa.. [403]
14. Sediment rock magnetic properties indicate outburst events for Geg.. [400]
15. Efficiency of Slot-Check Dam Group on Debris Flow Control in Sheng.. [399]
16. 考虑爬高效应的泥石流弯道超高公式 [393]
17. 基于小波分析的泥石流冲击力信号处理 [381]
18. Experimental study on the viscoelastic behaviors of debris flow sl.. [354]
19. 泥石流浆体流变参数的计算方法及其扩展性研究 [348]
20. 四川石棉2012年“7·14”唐家沟泥石流特征 [317]
21. 黏性泥石流运动模型在蒋家沟的对比检验 [313]
22. 利用冲击力信号判断泥石流颗粒垂向分选的试验研究 [306]
23. 攀西暴雨泥石流滑坡的预测预报及减灾决策辅助系统研究 [303]
24. 汶川灾区泥石流峰值流量的非线性雨洪修正法 [303]
25. Measuring the internal velocity of debris flows using impact press.. [293]
26. Influence of Flow Width on Mean Velocity of Debris Flows in Wide O.. [287]
27. 细颗粒迁移在泥石流形成过程中的作用 [287]
28. 成都山地所泥石流研究领域竞争力分析项目结题报告 [282]
29. 成都山地所科技产出态势分析 [280]
30. 泥石流的波状运动 [273]
31. 汶川地震灾区坡面和沟谷泥石流冲出距离计算方法 [273]
32. 东川泥石流观测站影响力分析 [271]
33. 蒋家沟泥石流堵江成因与特征 [265]
34. 北川地震重灾区泥石流特征与减灾对策 [265]
35. 丝绸之路经济带自然灾害与重大工程风险 [263]
36. Prediction of Debris-flow Danger Area by Combining Hydrological an.. [260]
37. Annual risk assessment on high-frequency debris-flow fans [259]
38. 舟曲“8.8”特大泥石流对建筑物的破坏方式 [257]
39. Comparison of rheometric devices for measuring the rheological par.. [254]
40. 震后泥石流的激发雨量特征——以汶川地震和集集地震后泥石流为例 [251]
41. 沟道松散物质起动形成泥石流实验研究 [250]
42. 泥石流的阵性波状运动 [249]
43. 汶川地震前后崩塌和滑坡分布特征与敏感性对比分析 [249]
44. 勘察加半岛中部的火山泥石流 [249]
45. 对甘肃舟曲特大泥石流灾害的初步认识 [248]
46. Assessment of prospective hazards resulting from the 2017 earthqua.. [242]
47. 2012年“7•14”唐家沟泥石流灾害特征 [239]
48. 流域演化与泥石流的系统性——以云南东川蒋家沟为例 [238]
49. 云南鲁甸“8·03”地震地表破裂与大型地震滑坡 [236]
50. 根据阵流估计泥石流堆积参数 [235]
51. 泥石流活动与流域特征曲线 [234]
52. Distribution of Thickness of Debris Flow Deposition [231]
53. 基于聚类和最大似然法的汶川灾区泥石流滑坡易发性评价 [229]
54. Characteristics and triggering mechanism of Xinmo landslide on 24 .. [228]
55. Hack's law of debris-flow basins [227]
56. Probability Forecast of Regional Landslide Based on Numerical Weat.. [226]
57. 都汶公路沿线泥石流危险性评价 [225]
58. 泥石流流速研究现状与发展方向 [223]
59. Fractal Structure of Debris Flow [223]
60. Characteristic rainfall for warning of debris flows [221]
61. 泥石流浆体黏度计算中最大体积分数的确定 [221]
62. 西藏古乡沟泥石流的数值模拟 [220]
63. 泥石流危险性分区及其在泥石流减灾中的应用 [218]
64. 流域特征曲线与泥石流活动 [217]
65. 基于GIS的泥石流流域分布式水文计算系统 [217]
66. Assessment of secondary mountain hazards along a section of the Du.. [217]
67. Characteristics of clustering debris flows in Wenchuan earthquake .. [216]
68. 山区公路地质灾害减灾决策支持系统——以西藏古乡沟泥石流为例 [213]
69. Characteristics of earthquake-triggered landslides and post-earthq.. [212]
70. Rainfall intensity-duration threshold and erosion competence of de.. [212]
71. Mean Velocity Estimation of Viscous Debris Flows [211]
72. 泥石流体的流变和冲淤特征及其与危险度的关系 [208]
73. 阵性泥石流泥位过程线的Euler-Lagrange分析 [204]
74. 泥石流的波状运动研究 [204]
75. 泥石流冲击力的野外测量 [198]
76. 黏性泥石流冲起爬高计算 [198]
77. 川藏公路工程病害减灾决策支持系统 [197]
78. 泥石流流域的概率分布 [196]
79. A probabilistic view of debris flow [193]
80. 泥石流危险性动量分区方法与应用 [190]
81. 泥石流堆积扇重构系统的设计与实现 [189]
82. Characteristics and triggering mechanism of Xinmo landslide on 24 .. [189]
83. 泥石流颗粒组成的分形特征 [188]
84. Numerical investigation on the initiation mechanism of debris-flow.. [188]
85. 西部开发中的泥石流问题与其减灾 [188]
86. 横断山区山地灾害的区域分布特征与动态演化规律研究 [188]
87. Assessment of Secondary Mountain Hazards along a Section of the Du.. [185]
88. Assessment of debris-flow potential dangers in the Jiuzhaigou Vall.. [185]
89. 阵性泥石流的周期性分析 [184]
90. 流团模型在泥石流危险度分区中的应用 [184]
91. 基于AE的空间数据批量插值方法 [184]
92. Relationships between debris flows and earth surface factors in So.. [183]
93. Landslides and dammed lakes triggered by the 2017 Ms6.9 Milin eart.. [183]
94. 泥石流预报中前期有效降水量的确定 [180]
95. Characteristics of damage to buildings by debris flows on 7 August.. [179]
96. 川藏公路迫隆藏布流域段泥石流活动特征 [178]
97. 泥石流流域集水区面积限值与一级水系数目关系 [178]
98. Effects of mud slurry on flow resistance of cohesionless coarse pa.. [177]
99. 黏性泥石流流速垂向分布试验研究 [177]
100. Experimental study of entrainment behavior of debris flow over cha.. [175]

Downloads

1. Study of sediment transport in granular avalanches [53]
2. 西部山区公路铁路泥石流减灾理论与技术 [35]
3. 泥石流的波状运动 [33]
4. Influence of Flow Width on Mean Velocity of Debris Flows in Wide .. [31]
5. 汶川地震次生山地灾害形成机理与风险控制 [31]
6. 泥石流流速研究现状与发展方向 [28]
7. Measuring the internal velocity of debris flows using impact press.. [28]
8. 泥石流活动与流域特征曲线 [27]
9. Comparison of debris-flow volume and activity under different form.. [27]
10. Initiation process of debris flows on different slopes due to surf.. [27]
11. Real-time measurement and preliminary analysis of debris-flow impa.. [27]
12. 泥石流浆体流变参数的计算方法及其扩展性研究 [25]
13. 基于小波分析的泥石流冲击力信号处理 [24]
14. 震后泥石流的激发雨量特征——以汶川地震和集集地震后泥石流为例 [24]
15. 黏性泥石流运动模型在蒋家沟的对比检验 [23]
16. 汶川地震灾区滑坡型泥石流形成机理 [22]
17. 西藏古乡沟泥石流的数值模拟 [20]
18. Age and extent of a giant glacial-dammed lake at Yarlung Tsangpo g.. [20]
19. 利用冲击力信号判断泥石流颗粒垂向分选的试验研究 [19]
20. 西部山区道路泥石流防治理论与技术 [18]
21. 沟道松散物质起动形成泥石流实验研究 [18]
22. 考虑爬高效应的泥石流弯道超高公式 [18]
23. 汶川地震灾区坡面和沟谷泥石流冲出距离计算方法 [17]
24. 流域演化与泥石流的系统性——以云南东川蒋家沟为例 [16]
25. Influence of Flow Width on Mean Velocity of Debris Flows in Wide O.. [16]
26. Mean Velocity Estimation of Viscous Debris Flows [16]
27. Characteristics and triggering mechanism of Xinmo landslide on 24 .. [16]
28. 舟曲“8.8”特大泥石流对建筑物的破坏方式 [15]
29. Characteristics of clustering debris flows in Wenchuan earthquake .. [15]
30. 蒋家沟阵性泥石流输沙规律研究 [15]
31. Assessment of prospective hazards resulting from the 2017 earthqua.. [15]
32. 丝绸之路经济带自然灾害与重大工程风险 [15]
33. 流域特征曲线与泥石流活动 [14]
34. 泥石流的阵性波状运动 [14]
35. 泥石流流域的概率分布 [14]
36. 泥石流危险性动量分区方法与应用 [14]
37. 金沙江下游泥石流分布的时空特征 [14]
38. 汶川地震前后崩塌和滑坡分布特征与敏感性对比分析 [14]
39. 都汶公路沿线泥石流危险性评价 [14]
40. Effects of mud slurry on flow resistance of cohesionless coarse pa.. [14]
41. 基于扇形地形态特征的泥石流危险评估 [14]
42. 黏性泥石流流速垂向分布试验研究 [14]
43. 泥石流体的流变和冲淤特征及其与危险度的关系 [13]
44. 蒋家沟泥石流堵江成因与特征 [13]
45. Experimental study on the viscoelastic behaviors of debris flow sl.. [13]
46. Characteristics of earthquake-triggered landslides and post-earthq.. [13]
47. 细颗粒迁移在泥石流形成过程中的作用 [13]
48. 泥石流冲击力的野外测量 [12]
49. 泥石流危险性分区及其在泥石流减灾中的应用 [12]
50. 攀西暴雨泥石流滑坡的预测预报及减灾决策辅助系统研究 [12]
51. Morphology of Bɑsin of Debris Flow [12]
52. Efficiency of Slot-Check Dam Group on Debris Flow Control in Sheng.. [12]
53. 云南蒋家沟泥石流的动力学特征和分析 [12]
54. 一种泥石流表面形态的激光阵列测量方法 [12]
55. Rainfall-induced landslides and debris flows in Mengdong Town, Yun.. [12]
56. 川藏公路迫隆藏布流域段泥石流活动特征 [11]
57. 基于GIS的泥石流流域分布式水文计算系统 [11]
58. 汶川灾区泥石流峰值流量的非线性雨洪修正法 [11]
59. 北川地震重灾区泥石流特征与减灾对策 [11]
60. Characteristic rainfall for warning of debris flows [11]
61. 震后泥石流沟松散物质量与最大冲出总量的关系 [11]
62. 泥石流内部流速分布规律试验研究 [11]
63. 黏性泥石流冲起爬高计算 [11]
64. 横断山区山地灾害的区域分布特征与动态演化规律研究 [11]
65. 根据阵流估计泥石流堆积参数 [10]
66. Hack's law of debris-flow basins [10]
67. A probabilistic view of debris flow [10]
68. 阵性泥石流泥位过程线的Euler-Lagrange分析 [10]
69. 对甘肃舟曲特大泥石流灾害的初步认识 [10]
70. 勘察加半岛中部的火山泥石流 [10]
71. 第7章 地震区泥石流运动数值模拟与危险性分区方法 [10]
72. 泥石流颗粒组成的分形特征 [9]
73. 山区公路地质灾害减灾决策支持系统——以西藏古乡沟泥石流为例 [9]
74. Numerical investigation on the initiation mechanism of debris-flow.. [9]
75. 四川石棉2012年“7·14”唐家沟泥石流特征 [9]
76. Sediment rock magnetic properties indicate outburst events for Geg.. [9]
77. 泥石流的波状运动研究 [9]
78. Numerical simulation of diluted debris flow [9]
79. Rainfall intensity-duration threshold and erosion competence of de.. [9]
80. Landslides and dammed lakes triggered by the 2017 Ms6.9 Milin eart.. [9]
81. 横断山区山地灾害的动态危险性评价 [9]
82. 横断山区泥石流空间格局和激发雨量分异性研究 [9]
83. 从蒋家沟泥石流阵流看泥石流堆积 [8]
84. 泥石流堆积的分布 [8]
85. Annual risk assessment on high-frequency debris-flow fans [8]
86. Fractal Structure of Debris Flow [8]
87. Prediction of Debris-flow Danger Area by Combining Hydrological an.. [8]
88. 云南鲁甸“8·03”地震地表破裂与大型地震滑坡 [8]
89. 第9章 震后潜在泥石流判识与监测预警技术 [8]
90. Characteristics of damage to buildings by debris flows on 7 August.. [8]
91. 不同上限粒径泥石流浆体的流变参数变化规律 [8]
92. A Hydrologically Based Model for Delineating Hazard Zones in the V.. [8]
93. Investigation of vertical velocity distribution in debris flows by.. [8]
94. Assessment of debris-flow potential dangers in the Jiuzhaigou Vall.. [8]
95. Outburst floods in China: A review [8]
96. 泥石流预报中前期有效降水量的确定 [7]
97. 阵性泥石流的周期性分析 [7]
98. 泥石流流域集水区面积限值与一级水系数目关系 [7]
99. 基于数值模拟的泥石流危险性分区方法 [7]
100. 流团模型在泥石流危险度分区中的应用 [7]