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| 1 | Unexpected complication of arteriovenous fistula of the left common carotid to internal jugular vein following central venous catheterization显示文摘Incidence of inadvertent arterial puncture secondary to central venous catheter insertion is not common with an arterial puncture rate of<1%.This is due to the advancements and wide availability of ultrasound to guide its insertion.Formation of arteriovenous fistula after arterial puncture is an unexpected complication.Till date,only five cases(including this case)of acquired arteriovenous fistula formation has been described due to inadvertent common carotid puncture.The present case is a 26-year-old man sustained traumatic brain injuries,chest injuries and multiple bony fractures.During resuscitative phase,attempts at left central venous catheter via left internal jugular vein under ultrasound guidance resulted in inadvertent puncture into the left common carotid artery.Surgical neck exploration revealed that the catheter had punctured through the left internal jugular vein into the common carotid artery with formation of arteriovenous fistula.The catheter was removed successfully and common carotid artery was repaired.Postoperatively,the patient recovered and clinic visits revealed no neurological deficits.From our literature review,the safest method for removal is via endovascular and open surgical removal.The pull/push technique(direct removal with compression)is not recommended due to the high risk for stroke,bleeding and hematoma formation. | Tan Chor Lip Henry Tan Jih Huei Mohamad Yuzaidi Lenny Suryani Safri K.Krishna Imran Alwi Rizal Md Idris Mohamad Azim Hanafiah Harunarashid | 2020 | Chinese Journal of Traumatology2020，23，1： | 5 |
| 2 | 应用EPID验证外照射放射治疗摆位误差显示文摘 | K.Krishna Murthy Zakiya Alrahbi | 2008 | 中国医学物理学杂志2008，，： | 1 |
| 3 | 正在变弱的印度季风和ENSO相关关系显示文摘对 1 4 0a历史资料的分析表明 :ELNino 南方涛动 (ENSO)与印度夏季风的反相关关系 (暖ENSO事件产生弱季风 )在近 1 0a来已经破坏了。有 2种可能原因。首先 ,与ENSO事件相关的瓦克环流向东南移可能导致了印度地区下沉气流减弱 ,因而有利于加强季风。另外 ,冬春季欧亚大陆地面温度升高———这是中纬度大陆变暖趋势的一部分 ,可能有利于加强陆地—海洋热力梯度 ,因而导致强季风的爆发。这就增加了这样一种可能性 :即近 1 0a来欧亚大陆变暖有助于维持正常水平的季风降水 ,尽管在这期间发生了强ENSO事件。 | K.Krishna Kumar Balaji Rajagopalan Mark A.Cane 赵连伟 | 2000 | 辽宁气象2000，，1： | 1 |
| 4 | Computational Analysis of Performance for Heterogeneous Integrated System with Test Automation显示文摘异质由于他们的各种各样的输入要求在企业是不可避免的。专利集成产品的用法导致企业的增加的费用。在集成期间,焦点区域被发现了经常探讨仅仅功能的要求,当非功能的要求在一个工程的起始的阶段期间被回避时。而且,专利集成产品的使用和 non-standards-based 集成站台产生了导致适应性担心的不可弯曲的集成基础结构。基于开放标准,网基于服务的集成被认为是在如此的情况中的唯一的可行答案。这份报纸在异构的环境向表演解释企业集成的分析为分布式并且 transactional 应用。在这份报纸介绍的分析向预先做聪明的决定很好作为步被看是否选择集成机制 / 产品到地址象就未来集成需要而言的非功能的要求一样功能。关键词企业应用程序集成 - 可靠性 - 性能 - 万维网服务 - 点对点的 IBM/rational 站台 - 服务面向的体系结构 K。讫哩什那神 Mohan 从 Nagpur 大学和 M.Tech 在计算机科学收到了他的 B.E 学位。在来自 Jawaharlal 尼赫鲁工艺的大学的软件工程的度, Hyderabad。他当前是在印度工学院(IITB ) 孟买的一个博士候选人,印度。他的研究兴趣包括软件设计,面向对象的系统,模拟和表演分析,和软件可靠性建模。A。Srividya 收到了她的 B.Eng。在 1982 的度,和 M.Tech。并且在分别地在 1985 和 1994 从 IIT 孟买设计的可靠性的博士学位。自从 1988,她作为一个教师与 IIT 孟买并且当前是在可靠性工程的一个教授,在 IIT 孟买的电力工程的部门。她在各种各样的国际、国家的杂志有超过 28 份出版物。她在会议出版了超过 60 篇论文。她有 supervised/co-supervised 在 IIT 孟买的十四篇博士论文和三十四篇主人鈥檚 论文。她是 ISTE 和 ISPS 的一个生活成员。她是可靠性,在 2005 年 12 月 01-03 日在 Mumbai 保持的安全和危险上的国际会议的会议主席。她在在优秀可靠性和控制(2001 ) 上编辑并且考察象国际会议一样的各种各样的国际会议的论文录是有帮助的,多媒体和设计(2002 ) 上的国际会议和优秀可靠性和信息技术(2003 ) 上的国际会议。她是在由可靠性工程,质量与操作管理的社会设计教育与研究奖品的可靠性的领导的一个接受者。她的研究兴趣包括可靠性建模,生活测试和可靠性评价,结构的可靠性,和可靠性优化。拉里·盖德拉收到了他的 B.Eng。在 1993 的度,当前作为一个解决方案建筑师正在工作, Satyam 计算机服务限制了,印度。他在提供答案请教了几个世界 500 强公司。他在与树液一起管理工程和也提供的建筑学有多样化的经验, J2EE,微软, Oracle 技术。他在各种各样的国际、国家的会议出版了论文。他的研究兴趣包括计算机系统的性能评估,分布式的顾客服务器信息系统,服务面向的计算,和软件工程。 | K.Krishna Mohan A.Srividya Ravikumar Gedela | 2007 | International Journal of Automation and computing2007，4，4： | 1 |
| 5 | Perturbations in Earth’s Atmosphere over An Indian Region during the Total Solar Eclipse on 22 July 2009显示文摘During a total solar eclipse(TSE)on 22 July 2009,atmospheric perturbations were monitored from the surface to thermosphere to understand TSE’s impact on the meteorological(temperature,relative humidity,wind speed,and wind direction)and chemical(O3 and NOx)parameters around Kadapa(14.28°N,78.42°E),a tropical semi-arid region of India.For this purpose,an experiment was conducted at Yogi Vemana University Campus,Kadapa,India,to measure the temperature,wind speed,wind direction,and concentrations of ozone(O3),NO,NO2,and NOx by using the automatic weather station(AWS)and O3 analyzer.On the eclipse day(22 July 2009),the surface observations at Kadapa showed a reduction in temperature(about 1.1℃)because of the solar insulation.Comparison of the thermal,dynamical(wind),and chemical parameters on the TSE day with control days[preceding(21 July 2009)and succeeding(23 July 2009)the TSE]illustrated the influence of solar eclipse.During the eclipse period,the O3 mixing ratio decreased,while NO2 and NOx increased;however,NO remained unchanged.In addition,radio occultation(RO)temperature profiles from Constellation Observing System for Meteorology,Ionosphere,and Climate(COSMIC)/Formosat Satellite Mission(FORMOSAT-3)and Thermosphere,Ionosphere,and Mesosphere Energetics and Dynamics(TIMED)satellites were utilized to understand the impact of TSE on dynamics of the middle and upper atmosphere from tropopause to the thermosphere.High vertical resolution COSMIC observations revealed that during the solar eclipse,tropopause was cooler with twin peaks(double tropopause).The lower thermosphere between 110 and 130 km became warmer during the TSE,which might be caused by the dynamical response of the atmosphere in this region to the solar eclipse.The experimental data have provided very fine-scale variations of the atmospheric parameters both in time and height and also constituted a new set of results on TSE for further research. | S.B.Surendra PRASAD Vinay KUMAR K.Krishna REDDY S.K.DHAKA Shristy MALIK M.Venkatarami REDDY U.Murali KRISHNA | 2019 | Journal of Meteorological Research2019，33，4： | 0 |
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