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| 1 | 国际医学信息学会对生物医学和卫生信息学教育的建议(连载一)显示文摘目的国际医学信息学会(InternationalMedicalInformaticsAssociation,IMIA)同意修改既有的卫生信息学/医学信息学教育的建议。这有助于建立课程和课程方向,甚至是该领域完整的课程体系,进一步发展不同国家既有的教育活动,支持与生物医学和卫生信息学(BiomedicalandHealthInformatics,BMHI)教育有关的国际倡议,尤其是对BMHI专家进行教育的国际活动和共享教学课程的活动。方法一个于2006年设立的IMIA工作小组致力于更新教育建议的第一版。IMIA国家代表成员,学术机构成员以及卫生信息学/医学信息学教育工作小组的成员广泛讨论和完善了这些更新。结果和讨论IMIA建议的主要目的是让医护人员有能力掌握信息处理、信息和通信技术的知识及技能。其教育需求可被描述为一个三维框架。三个维度分别为:(1)卫生保健领域的专业人员(如:医生,护士,BMHI专业人员),(2)BMHI专业方向类型(IT用户,BMHI专家),以及(3)职业发展阶段(学士,硕士,博士)。 | 檀旦(译) 张博论(审校) 赵玉虹 J.Mantas E.Ammenwerth G.Demiris A.Hasman R.Haux W.Hersh E.Hovenga K.C.Lun H.Marin F.Martin-Sanchez G.Wright | 2012 | 中国卫生信息管理杂志2012，9，1： | 7 |
| 2 | Nezhat's Operative Gynecologic Laparoscopy and Hysteroscopy显示文摘 | G.Wright Bates Jr | 2010 | 2010，，93： | 1 |
| 3 | Gestational sac diameter in very early pregnancy as a predictor of fetal outcome显示文摘 | J. S.Oh G.Wright C. B.Coulam | 2002 | Ultrasound Obstet Gynecol2002，，3： | 1 |
| 4 | Sediment balances in the Blue Nile River Basin显示文摘Rapid population growth in the upper Blue Nile basin has led to fast land-use changes from natural forest to agricultural land.This resulted in speeding up the soil erosion process in the highlands and increasing sedimentation further downstream in reservoirs and irrigation canals.At present,several dams are planned across the Blue Nile River in Ethiopia and the Grand Ethiopian Renaissance Dam is currently under construction near the border with Sudan.This will be the largest hydroelectric power plant in Africa.The objective of this paper is to quantify the river flows and sediment loads along the Blue Nile River network.The Soil and Water Assessment Tool was used to estimate the water flows from un-gauged sub-basins.To assess model performance,the estimated sediment loads were compared to the measured ones at selected locations.For the gauged sub-basins,water flows and sediment loads were derived from the available flow and sediment data.To fill in knowledge gaps,this study included a field survey in which new data on suspended solids and flow discharge were collected along the Blue Nile and on a number of tributaries.The comparison between the results of this study and previous estimates of the sediment load of the Blue Nile River at El Deim,near the Ethiopian Sudanese border,show that the sediment budgets have the right order of magnitude,although some uncertainties remain.This gives confidence in the results of this study providing the first sediment balance of the entire Blue Nile catchment at the sub-basin scale. | Yasir S.A.ALI Alessandra CROSATO Yasir A.MOHAMED Seifeldin H.ABDALLA Nigel G.WRIGHT | 2014 | International Journal of Sediment Research2014，29，3： | 0 |
| 5 | Experimental Study on the Mobility of Channelized Granular Mass Flow显示文摘Granular mass flows(e.g., debris flows/avalanches) in landslide-prone areas are of great concern because they often cause catastrophic disasters as a result of their long run-out distances and large impact forces. To investigate the factors influencing granular mass flow mobility, experimental tests were conducted in a flume model. Granular materials consisting of homogeneous sand and nonhomogeneous sandy soil were used for studying particle size effects. Run-out tests with variable flow masses, water contents, and sloping channel confinement parameters were conducted as well. The results indicated that granular mass flow mobility was significantly influenced by the initial water content; a critical water content corresponding to the smallest flow mobility exists for different granular materials. An increase in the total flow mass generally induced a reduction in the travel angle(an increase in flow mobility). Consistent with field observations, the travel angles for different granular materials decreased roughly in proportion to the logarithm of mass. The flume model tests illustrate that the measured travel angles increase as the proportion of fine particles increases. Interestingly, natural terrain possesses critical confinement characteristics for different granular mass flows. | ZHOU Gongdan Nigel G.WRIGHT SUN Qicheng CAI Qipeng | 2016 | Acta Geologica Sinica(English Edition)2016，90，3： | 0 |
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