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12篇 您的检索式:作者名="Bumke"
    题名 作者 年代 出处 被引量
1Measurements of turbulent fluxes of momentum and sensible heat over the Labrador Sea显示文摘Bumke K Karger U Uhlig K 2002J Phys Oceanogr2002,32,2:1
2Sea surface wind stress and drag coefficients: The hexos results显示文摘Stuart D. Smith Robert J. Anderson Wiebe A. Oost C. Kraan Nico Maat Janice De Cosmo Kristina B. Katsaros Kenneth L. Davidson Karl Bumke Lutz Hasse Helen M. Chadwick 1992Boundary - Layer Meteorology (-)1992,,1:1
3Proteomic analysis identifies oxidative stress induction by adaphostin 显示文摘Stockwin LH Bumke MA Yu SX 2007Clin Cancer Res2007,13,12:1
4Modulation of gene expression by extracellular pH variations in human fibroblasts:A transcriptomic and proteomic study显示文摘Bumke MA Neri D Elia G 2003Proteomics2003,3,5:1
5Sea surface wind stress and drag coefficients: The hexos results显示文摘Stuart D. Smith Robert J. Anderson Wiebe A. Oost C. Kraan Nico Maat Janice De Cosmo Kristina B. Katsaros Kenneth L. Davidson Karl Bumke Lutz Hasse Helen M. Chadwick 1992Boundary - Layer Meteorology (-)1992,,1:1
6Measurements of turbulent fluxes of momentum and sensible heat over the Labrador Sea显示文摘BUMKE K KARGER U UHLIG K 2002Journal of Physical Oceanography2002,32,:1
7Evidence based physical activity for school - age children 显示文摘Strong WB Malina RM Bumke C J 2005J Pediatr2005,146,:1
8Sea surface wind stress and drag coefficients: The hexos results显示文摘Stuart D. Smith Robert J. Anderson Wiebe A. Oost C. Kraan Nico Maat Janice De Cosmo Kristina B. Katsaros Kenneth L. Davidson Karl Bumke Lutz Hasse Helen M. Chadwick 1992Boundary - Layer Meteorology (-)1992,,1:1
9Sea surface wind stress and drag coefficients: The hexos results显示文摘Stuart D. Smith Robert J. Anderson Wiebe A. Oost C. Kraan Nico Maat Janice De Cosmo Kristina B. Katsaros Kenneth L. Davidson Karl Bumke Lutz Hasse Helen M. Chadwick 1992Boundary - Layer Meteorology (-)1992,,1:1
10A comparison of surface layer and surface turbulent flux observations ove the Labrador Sea with ECMWF analyses and NCEPreanalysis 显示文摘Renfrew I A G Moore W K Guest P S Bumke K 2002Jouunal of Physical Oceanography2002,32,2:1
11Sea surface wind stress and drag coefficients: The hexos results显示文摘Stuart D. Smith Robert J. Anderson Wiebe A. Oost C. Kraan Nico Maat Janice De Cosmo Kristina B. Katsaros Kenneth L. Davidson Karl Bumke Lutz Hasse Helen M. Chadwick Boundary - Layer Meteorology (-)0,,:1
12TiNiHf/SiO_(2)/Si shape memory film composites for bidirectional micro actuation显示文摘The martensitic phase transformation in Ti_(40.4)Ni_(48)Hf_(11.6) shape memory alloys is leveraged for bi-directional actuation with TiNiHf/SiO_(2)/Si com-posites.The shape memory properties of magnetron sputtered Ti_(40.4)Ni_(48)Hf_(11.6) films annealed at 635℃-5 min are influenced by film thickness and the underlying substrate.Decreasing TiNiHf film thick-ness from 21μm to 110 nm results in the reduction of all characteristic transformation temperatures until a critical thickness is reached.Particularly,Ti_(40.4)Ni_(48)Hf_(11.6) thin films as low as 220 nm show transfor-mations above room temperature when deposited on SiO_(2) buffer layer,which is of great interest in nano-actuation.In comparison,220 nm films on Si substrates are austenitic at room temperature,and thus not suitable for actuation.Thermal fatigue tests on TiNiHf/SiO_(2)/Si bimorphs demonstrate better functional fatigue characteristics than freestanding films,with an average reduction of 15℃ after 125 cycles,with tempera-ture stabilization subsequently.Experimental bi-directional actuation results are promising in the development of bistable actuators within a PMMA/TiNiHf/Si trimorph composite,whereby the additional PMMA layer undergoes a glass transition at 105℃.With the aid of constitutive modeling,a route is elaborated on how bistable actuation can be achieved at micro-to nanoscales by showing favorable thickness combinations of PMMA/TiNiHf/Si composite.Sabrina M.Curtis Marian Sielenkamper Gowtham Arivanandhan Duygu Dengiz Zixiong Li Justin Jetter Lisa Hanke Lars Bumke Eckhard Quandt Stephan Wulfinghoff Manfred Kohl 2022International Journal of Smart and Nano Materials2022,13,2:0
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