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| 1 | 论国际热钱显示文摘1997年东南亚金融危机之后 ,国内外学术界进行了关于国际热钱的讨论。在近年人民币升值压力存在的情况下 ,我国又一次展开了关于国际热钱进入中国的讨论。既要分析不同情况下国际热钱进入的渠道 ,更应对防止国际热钱的破坏作用提出可行的方案。 | 何泽荣 徐艳 | 2004 | 财经科学2004，，2： | 35 |
| 2 | 高血压病最佳治疗(HOT)的研究及其启示显示文摘最近,一项名为高血压病最佳治疗(hypertensionoptimaltreatment,HOT)的临床研究已经完成[1]。此研究历时6年,纳入研究对象达18790名,在31个国家进行,参加的研究者近2000名,病人的平均随访期达38年,是迄今为止... | 诸骏仁 | 1999 | 中华内科杂志1999，38，5： | 31 |
| 3 | Analyses of hot and humid weather in Beijing city in summer and its dynamical identification显示文摘The circulation, hygrothermal property and moisture transport character of typical hot and humid weather were analyzed in Beijing areas from July 30 to August 4, 2002. It was pointed out that, under the control of subtropical anticyclone which stretches to the west and north, downdraft suppresses the lifting of lower-troposphere moisture, which makes moisture keep in the lower troposphere. That is the direct reason causing hot and humid weather. Considering the non-uniformity saturated character in real atmosphere, generalized moist potential vorticity (GMPV) equation is derived by the introduction of generalized moist potential temperature concept. The analysis of GMPV shows that negative GMPV anomaly occurs in the lower troposphere. It has indicative sense to hot and humid weather. Thus, the GMPV anomaly can be utilized to identify this kind of weather and to make a short-term prediction. | GAO Shouting ZHOU Yushu LEI Ting SUN Jianhua | 2005 | Science China Earth Sciences2005，48，z2： | 30 |
| 4 | Growth and corrosion behavior of rare earth film on hot-dip galvanized steel | 卢锦堂 吴海江 孔纲 车淳山 许乔瑜 | 2006 | Transactions of Nonferrous Metals Society of China2006，7，6： | 26 |
| 5 | 遥感影像中薄云的去除方法研究显示文摘薄云去除是遥感图像处理中一个常见的问题。目前,针对遥感影像薄云去除问题国内外学者提出了不少方法,本文在分析薄云去除难点的基础上介绍了几种薄云去除方法的原理并讨论了每种方法的适用范围。 | 刘洋 白俊武 | 2008 | 测绘与空间地理信息2008，31，3： | 21 |
| 6 | 游泳运动员高原训练某些生理生化指标的训练监控研究显示文摘在游泳运动队进行高原训练期间,通过血细胞分析技术以及酶学分析技术,对运动员的基本生理、生化指标进行监控,每周测定一次运动员安静时红细胞计数(RBC)、Hct、Hb、白细胞计数(WBC)及CK值。结果表明:与高原训练前相比,运动员RBC计数、Hct和Hb出现先下降再升高、再下降、在高原训练结束再升高的过程,且在高原训练结束时,Hct和Hb显著增高。WBC计数和血清CK值在高原训练期间变化不明显。 | 陶晓黎 | 2005 | 体育科学研究2005，9，1： | 20 |
| 7 | 遥感技术在灰霾监测中的应用综述显示文摘介绍了灰霾遥感监测的基本原理,论述了基于图像变换的TC法、HOT法和基于反演气溶胶光学厚度的灰霾遥感监测技术,以及造成灰霾天气的秸秆燃烧遥感监测方法。指出卫星遥感技术可以提供大尺度、长时间序列的污染物时空分布特征和变化趋势,以及全球性的大气环境综合遥感数据,是灰霾监测与综合治理的重要途径。 | 姜杰 查勇 袁杰 陈骁强 沈丹 | 2011 | 环境监测管理与技术2011，23，2： | 20 |
| 8 | 热钱对我国房地产业的不利影响及对策显示文摘 | 杜辉 张建坤 | 2006 | 中国房地产2006，，12： | 19 |
| 9 | 一种亚稳β钛合金的加工图(英文)显示文摘为了挖掘亚稳β钛合金Ti-B19的热变形加工潜力,采用热模拟试验机,在温度范围750-1000°C,温度间隔50°C,应变速率为0.001-10s-1的条件下对Ti-B19合金的热压缩行为进行研究。结果表明,一定温度下,Ti-B19合金的流变应力随应变速率的增大而增大;一定应变速率下,合金的流变应力则随温度的升高而降低。当应变ε为0.6时,合金的加工图可分为3个区域。700-800°C,应变速率为0.001-0.1s-1,合金最大的能量耗散效率值出现在750°C和0.01s-1处,其数值为42%,出现连续软化之前,此区域的流变曲线中只出现单个峰或振荡峰。第2个区域的温度范围在800-1000°C,应变速率范围为0.001-0.1s-1,能量耗散效率值在29%~36%之间变化。此区域的流变曲线到达稳态之前只出现单个峰或振荡峰,此时可观察到典型的再结晶组织。温度低于800°C,应变速率大于0.1s-1,或者温度高于800°C,应变速率大于10s-1时,合金中会出现典型的流变不稳定的第3区,组织中可观察到绝热剪切带或β相流变不均匀区。 | 曾立英 杨冠军 葛鹏 毛小南 赵永庆 周廉 | 2010 | 稀有金属材料与工程2010，39，9： | 18 |
| 10 | 基于Hot Disk方法测量热导率的影响因素显示文摘基于hot disk方法测量材料的热导率时,探头热容及时间延迟的存在会直接影响热导率测量的准确度.为了有效地评估这种影响的程度,本文基于探头表面平均温升理想模型提出了一种可实现热容补偿及时间补偿的修正模型,并利用hot disk热物性分析仪的数据采集系统分别搭载两个不同半径的探头对Pyroceram 9606标准材料在常温常压条件下的热导率进行了测量.实验结果表明,对于测试时间比较短的情况,对理想模型进行探头热容补偿及时间补偿能够较大幅度地提高热导率的测量准确度,并且与hot disk热物性分析仪的测量结果非常接近,探头四线电阻散热的影响是造成差距的主要原因. | 王强 戴景民 何小瓦 | 2009 | 天津大学学报2009，42，11： | 17 |
| 11 | 高血压防治的新观点和老问题显示文摘高血压的防治是心血管领域中最重要的全球性问题之一。多数专家认为,冠心病的患病率及病死率未能降低,与人群的血压未能很好控制密切相关。近年来高血压防治的新观点和最重要的科研成果集中反映在美国的“高血压预防、监测、评估和治疗第六次报告”(thesixthr... | 何秉贤 | 1999 | 中国医刊1999，34，3： | 16 |
| 12 | 基于改进Faster R-CNN的行人检测算法显示文摘针对行人检测中复杂环境,提出一种改进Faster R-CNN的行人检测算法,使用深度卷积网络从图片中提取适合检测目标的特征。基于Faster R-CNN算法,以Soft-NMS算法代替传统NMS算法,加强Faster R-CNN算法对重叠区域的识别能力。同时,算法通过'Hot Anchors'代替均匀采样的锚点避免大量额外计算,提高检测效率。最后,将21分类问题的Faster R-CNN框架,修改成适用于行人检测的2分类检测框架。实验结果表明:改进Faster R-CNN的行人检测算法在VOC 2007行人数据集,检测效率和准确率分别提升33%、2.6%。 | 姚万业 李金平 | 2020 | 科学技术与工程2020，20，4： | 16 |
| 13 | Stretching characteristics and its dynamic significance of the northern continental margin of South China Sea显示文摘To investigate the thinning of the whole crust, and the contribution of the upper versus lower crust to the stretching since Cenozoic, we calculated the stretching factor of the northern margin of South China Sea with data such as whole crustal thickness, depth of Cenozoic sedimentary basement and the horizontal displacement of faults. An isometric line drawing on whole crustal stretching factor is then obtained. Along the seismic Line 1530 in Baiyun sag, we also calculated the stretching factors of the upper and lower crust. The results suggest that the whole crustal thickness decreases seaward while the whole crustal stretching factor increases from shelf to slope. The Moho upwells highest beneath where the crust is thinned most. The value of the whole crustal stretching factor ranges from 1.5 to 6. Two areas were thinned intensely: the center of Yinggehai Basin, and the Baiyun sag in the Pearl River Mouth Basin. The calculation of the upper and lower crustal stretching factors from DSP1530 in Baiyun sag shows that the original crust of Baiyun sag should be thinned before deformation. Its pre-Cenozoic evolution as well as tectonic position during Cenozoic might be responsible for that. | ZHANG YunFan SUN Zhen ZHOU Di GUO XingWei SHI XiaoBin WU XiangJie PANG Xiong | 2008 | Science China Earth Sciences2008，51，3： | 15 |
| 14 | The geothermal formation mechanism in the Gonghe Basin: Discussion and analysis from the geological background显示文摘The Gonghe Basin,a Cenozoic down-warped basin,is located in the northeastern part of the Qinghai-Xizang (Tibetan) Plateau,and spread over important nodes of the transfer of multiple blocks in the central orogenic belt in the NWW direction.It is also called “Qin Kun Fork” and “Gonghe Gap”.The basin has a high heat flow value and obvious thermal anomaly.The geothermal resources are mainly hot dry rock and underground hot water.In recent years,the mechanism of geothermal formation within the basin has been controversial.On the basis of understanding the knowledge of predecessors,this paper proposes the geothermal formation mechanism of the “heat source–heat transfer–heat reservoir and caprock–thermal system”of the Gonghe Basin from the perspective of a geological background through data integrationintegrated research-expert,discussion-graph,compilation-field verification and other processes: (1) Heat source: geophysical exploration and radioisotope calculations show that the heat source of heat in the basin has both the contribution of mantle and the participation of the earth's crust,but mainly the contribution of the deep mantle.(2) Heat transfer: The petrological properties of the basin and the exposed structure position of the surface hot springs show that one transfer mode is the material of the mantle source upwells and invades from the bottom,directly injecting heat;the other is that the deep fault conducts the deep heat of the basin to the middle and lower parts of the earth's crust,then the secondary fracture transfers the heat to the shallow part.(3) Heat reservoir and caprock: First,the convective strip-shaped heat reservoir exposed by the hot springs on the peripheral fault zone of the basin;second,the underlying hot dry rock layered heat reservoir and the upper new generation heat reservoir and caprock in the basin revealed by drilling data.(4) Thermal system: Based on the characteristics of the “heat source-heat transfer-heat reservoir and caprock”,it is preliminarily believed that the Gonghe Basin belongs to the non-magmatic heat source hydrothermal geothermal system (type II21) and the dry heat geothermal system (type II22).Its favorable structural position and special geological evolutionary history have given birth to a unique environment for the formation of the geothermal system.There may be a cumulative effect of heat accumulation in the eastern part of the basin,which is expected to become a favorable exploration area for hot dry rocks. | Yan-fang Feng Xiao-xu Zhang Bo Zhang Jiang-tao Liu Yang-gang Wang De-long Jia Li-rong Hao Zhao-yu Kong | 2018 | China Geology2018，1，3： | 15 |
| 15 | Overview on hydrothermal and hot dry rock researches in China显示文摘Geothermal energy is a precious resource,which is widely distributed,varied,and abundant.China has entered a period of rapid development of geothermal energy since 2010.As shallow geothermal energy promoting,the depth of hydrothermal geothermal exploration is increasing.The quality of Hot Dry Rock (HDR)and related exploratory technologies are better developed and utilized.On the basis of geothermal development,this paper reviews the geothermal progress during the '12th Five-Year Plan',and summarizes the achievements of hydrothermal geothermal and hot dry rocks from geothermal survey and evaluation aspects.Finally,the authors predict the development trend of the future geothermal research to benefit geothermal and hot dry rock research. | Gui-ling Wang Wei Zhang Feng Ma Wen-jing Lin Ji-yun Liang Xi Zhu | 2018 | China Geology2018，1，2： | 15 |
| 16 | Dynamic explicit FE modeling of hot ring rolling process | 王敏 杨合 孙志超 郭良刚 欧新哲 | 2006 | Transactions of Nonferrous Metals Society of China2006，7，6： | 15 |
| 17 | Three-Dimensional Thermo-mechanical Coupled FEM Simulation for Hot Continuous Rolling of Large-Diameter Mandrel Bar显示文摘Based on the important boundary conditions of rolling simulation including friction, heat conduction and interactionsof the workpiece and rolls, the hot continuous rolling processes of large-diameter mandrel round bar (200 mm indiameter) in 6VH-stand hot tandem mill are successfully simulated by three-dimensional coupled thermomechanicalelastoplastic finite element method (FEM). The distributions of stress, strain, temperature and the rolling force andtorque for the two-pass and four-pass continuous rolling are calculated respectively. Thus, the two and four-passroll schedules are verified, respectively. The simulation results show that it is safe to produce 200 mm round barby the two-pass (oval pass and round pass) continuous rolling on the existing equipment compared to the four-passcontinuous rolling. There are concave surfaces and increased widths occurring at the end of rolled billet due touneven deformations between the outside and inside of the workpiece as well as the free spreading close to the rollgap of the final pass. | Huiping HONG Yonglin KANG Changtao FENG Xiqiang CHEN | 2003 | Journal of Materials Science & Technology2003，19，z1： | 13 |
| 18 | Dome Combustion Hot Blast Stove for Huge Blast Furnace显示文摘In Shougang Jingtang 5 500m 3 huge blast furnace ( BF ) design , dome combustion hot blast stove ( DCHBS ) technology is developed.DCHBS process is optimized and integrated , and reasonable hot blast stove ( HBS ) technical parameters are determined.Mathematic model is established and adopted by computational fluid dynamics ( CFD ) .The transmission theory is studied for hot blast stove combustion and gas flow , and distribution results of HBS velocity field , CO density field and temperature field are achieved.Physical test model and hot trail unit are established , and the numeral calculation result is verified through test and investigation.3-D simulation design is adopted.HBS process flow and process layout are optimized and designed.Combustion air two-stage high temperature preheating technology is designed and developed.Two sets of small size DCHBSs are adopted to preheat the combustion air to 520-600℃.With the precondition of BF gas combustion , the hot blast stove dome temperature can exceed 1 420 ℃. According to DCHBS technical features , reasonable refractory structure is designed.Effective technical measures are adopted to prevent hot blast stove shell intercrystalline stress corrosion.Hot blast stove hot pipe and lining system are optimized and designed.After blowing in , the blast temperature keeps increasing , and the monthly average blast temperature reaches 1 300℃ when burning single BF gas. | ZHANG Fu-ming , MAO Qing-wu , MEI Cong-hua , LI Xin , HU Zu-rui ( Beijing Shougang International Engineering Technology Co Ltd , Beijing 100043 , China ) | 2012 | Journal of Iron and Steel Research(International)2012，19，9： | 11 |
| 19 | Microstructure and mechanical properties of A356 alloy with yttrium addition processed by hot extrusion显示文摘The effects of the rare earth element yttrium(Y) and hot extrusion on the microstructure and mechanical properties of A356 alloy were investigated by mechanical properties testing and microstructure observation. The results indicate that the addition of Y improves the microstructure of the as-cast alloy. The distribution of primary α-Al is uniform and orderly. The long needle-like eutectic Si phases and β-Fe phases turn to strips and short rods. When the content of Y increases to 0.2 wt%, the mean diameter of aAl(40.3 μm) and the aspect ratio of the eutectic Si phase(2.3) reach the minimum values, which are68.9% and 86.1% lower, respectively, than that of the alloy without Y addition. Under extrusion stress, the shape of the eutectic Si phase is changed from long rod-like to near grain-like after solution treatment.The size of the eutectic Si phase is significantly reduced. The needle-like β-Fe phases are squeezed and broken. The mechanical properties of the as-extruded alloy are significantly improved compared to the as-cast alloy. When the rare earth content is 0.2 wt%, the ultimate tensile strength, hardness and elongation of the alloy reach the maximum values, which are 328.2 MPa, 110.4 HV and 21.3%, respectively, and increase by 42.01%, 37.71% and 481.91%, respectively, in comparison to the as-cast alloy without Y addition. | Zhifan Wei Yushun Lei Hong Yan Xihao Xu Jiajia He | 2019 | Journal of Rare Earths2019，37，6： | 11 |
| 20 | SYNTHESIS OF INTERMETALLICS BY MECHANICAL ALLOYING显示文摘SYNTHESISOFINTERMETALLICSBYMECHANICALALLOYINGF.H.(Sam)Froes;C.Suryanarayana;andD.Mukhopadhyay(InstituteforMaterialsandAdvance... | F. H.(Sam) Froes C. Suryanarayana and D. Mukhopadhyay (Institute for Materials and Advanced Processes (IMAP), University of Idaho,Moscow, ID 83844-3026, USA)C-G. Li(BlM, P.O. Box 81 , Beijing, 100095, P.R. CHINA)K. Brand(On leave from Institut fur Werkst | 1995 | Acta Metallurgica Sinica(English Letters)1995，8，Z1： | 10 |
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