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161篇 您的检索式:作者名="Miehe"
    题名 作者 年代 出处 被引量
1青藏高原高山嵩草(Kobresia pygmaea)生态系统的现状与动态显示文摘高山嵩草草场是世界上最大的高山生态系统,本文提供了青藏高原东南部高山嵩草草场的分布、结构和生态学信息。莎草草甸的草皮极其坚硬,具有重要的环境保护作用,能保护黄河、长江、湄公河、怒江和雅鲁藏布江等源头地区的地表免受侵蚀。本文的研究重点是气候驱动演变以及小型哺乳动物和放牧作用下高山草甸系统的动态变化。考虑土壤分析、放射性碳测定地质年代和封育实验的结果,我们假定大多数高山嵩草草甸是由森林、灌木和高草草原在人为因素驱动下形成的。目前载畜量的日益增加以及游牧民定居现象的日益加强正威胁着高山草甸生态系统,尤其是该系统中比较干旱的地区,小型哺乳动物成为家畜强有力的竞争者,草皮一旦消失将难以恢复。本文给出了一些有关恢复措施方面的例子。Georg Miehe Sabine Miehe Knut Kaiser 刘健全 赵新全 周华坤(译) 赵新全(译) 2008AMBIO-人类环境杂志2008,37,4:10
2Molecular phylogeography and evolutionary history of Picea likiangensis in the Qinghai-Tibetan Plateau inferred from mitochondrial and chloroplast DNA sequence variation显示文摘Jia-Bin ZOU Xiao-Li PENG Long LI Jian-Quan LIU Georg MIEHE Lars OPGENOORTH 2012Journal of Systematics and Evolution2012,50,4:7
3Si-C-N三元系统的新陶瓷相显示文摘固体化学合成的氮化物较其他氧化物研究相对较少,然而过去20年来,该研究领域得到重视。超硬 C3N4相所类似的碳氮化物目前已获得深入研究,相比较而言,Si-C-N化合物的研究依旧比较少。在大气条件下首先合成的三元晶体相为Si(NCN)2和 Si2C2(NCN)。本文回顾了近年来采用高温高压反应工艺合成C-N二元和 Si-C-N三元系材料的研究现状。这类新型材料因具有一些独特的性能,如高硬度、磁性、光电性能,而具有重大研究前景。RIEDEL Ralf HORVATH-BORDON Elisabeta KLEEBE Hans-Joachim KROLL Peter MIEHE Gerhard van AKEN Peter A LAUTERBACH Stefan 2007硅酸盐学报2007,35,8:2
4A robust algorithm for configurational-force-driven brittle crack propagation with R-adaptive mesh alignment显示文摘MIEHE C GORSES E 2007International Journal for Numerical Methods in Engineering2007,72,2:1
5Clinical subtypes of bipolar mixed states : Validating a broader European definition in 143 cases 显示文摘Perugi G Akiskal HS Mieheli C 1997J Affect Disorder1997,43,2:1
6Synthesis of Cubic Silicon Nitride显示文摘Zerr A Miehe G Serghiou G 1999Nature (London)1999,400,:1
7Polar pollutants in municipal wastewater and the water cycle:occurrence and removal of benzotriazoles显示文摘REEMTSMA T MIEHE U DUENNBIER U 2010Water Research2010,44,2:1
8Restoration of normox- ia by ozone therapy may control neoplastic growth: a review and a working hypothesis显示文摘Bocci V Larini A Mieheli V 2005J Altern Comple ment Med2005,11,2:1
9Synthesis, characterization and applications of 2 : 1 phyUosilicates and organophyllosilicates: Contribution of fluoride to study the octahedral sheet显示文摘Maguy Jaber Jocelyn Miehe'-Brendle' 2008Microporous and Mesoporous Materials2008,107,:1
10Removal of heavy metals by surfactant-enhanced ultrafiltration from wastewaters 显示文摘Ferella F Prisciandaro M de Miehelis I 2007Desalination2007,207,123:1
11Mechanical Prevention of distal em- bolization during primary angioplasty: fety, feasibility, and impact on myocardial reperfusion显示文摘Limbruno U Mieheli A 2003Circulation2003,108,:1
12Prediction of the glass transition temperature of (meth) acrylic polymers containing phenyl groups by recursive neural network 显示文摘Carlo Bertinetto Celia Duee Alessio Mieheli Roberto Solaro Antonina Starita Maria Rosaria Tine 2007Polymer2007,48,24:1
13Enalapril decreases prevalence of Eachcardia in patients with chroaic congestive heart failare显示文摘Mieheli D A Medrano G A Itarralele P 0,,:1
14Prolonged oral L-carnitine substitution increases bicycle ergometer performance in patients with severe, ischemically induced cardiac insufficiency显示文摘Losterh Miehe K Pnnzel M 1999Cardio- vasc Drugs Ther1999,13,6:1
15Exponential map algorithm for stress updates in anisotropic multiplicative elasto-plasticity for single crystals显示文摘Miehe C 1996International Journal for Numerical Methods in Engineering1996,39,:1
16Policy Optimization for Dynamic Power Management显示文摘Luca Benini Alessandro Bogliolo Giuseppe A Paleologo Giovanni De Mieheli 1999IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems1999,18,6:1
17Synthesis of Cubic Silicon Nitride显示文摘Zerr A Miehe G Serghious G Schwarz M Kroke E Riedel R Fiedel R H Fueb P Kroll Boehler 1999Nature (London)1999,400,:1
18Superimposed finite elastic viscoelastic plastoelastic stress response with damage in filled rubbery polymers, experiments, modeling and algorithmic imple mentation显示文摘Miehe C Keck J 2000Journal of the Mechanics and Physics of Solids2000,48,2:1
19Elasticabased strain energy functions for soft biological tissue显示文摘Garikipati K Ktepe S G Miehe C 2008Journal of the Mechanics and Physics of Solids2008,56,4:1
20Fluorescence imaging as a diagnostic tool for plant stress显示文摘Lichtenthaler H K Miehe J A 1997Trends Plant Sci1997,2,:1
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