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63篇 您的检索式:作者名="Hirte T"
    题名 作者 年代 出处 被引量
1Investigation of the coefficient of thermal expansion in nanocrystalline diamond films显示文摘Woehrl N Hirte T Posth O 2009Diamond and Related Materials2009,18,23:1
2New polymer-chemical developments in clinical dental polymer materials:enamel dentin adhesives and restorative composites显示文摘Moszner N Hirt T 0,,:1
3Rapid Avr9-and Cf9-dependent activation of MAP kinases in tobacco cell cultures and leaves:convergence of resistance gene,elicitor,wound,and salicylate responses显示文摘Romeis T Piedras P Zhang S Klessig D F Hirt H Jones J D G 0,,:1
4Differentiation between MHC-restricted and non-MHC restricted porcine cytolytic T lymphocytes 显示文摘Pauly T Eeiland E Hirt W 1996Immunology1996,88,:1
5Hypervalent iodine compounds:Recent advances in synthetic applications显示文摘Wirth T Hirt U H 1999Synthesis1999,,8:1
6Modification of Poly( lactic acid) Films: Enhanced Wettability from Surface-confined Photografting and Increased Degradation Rate Due to an Artifact of the Photografting Process 显示文摘Janorkar A V Metters A T Hirt D E 2004Macromolecules2004,37,:1
7The MKK2 pathway mediates cold and salt stress signaling in arabidopsis 显示文摘Teige M Scheikl E Eulgem T Dóczi R Ichimura K Shinozaki K Dangl J L Hirt H 2004Molecular Cell2004,15,1:1
8A peptide inhibitor of c-Jun N terminal kinase protects against excitotoxicity and cerebral ischemia显示文摘Borsello T Clarke PG Hirt L 2003Nat Med2003,9,11:1
9Semi solid forming of aluminium alloys by direct forging and lateral extrusion 显示文摘HIRT G CREMER R WINKELMANN A WITULSKI T ZILLGEN M 1994Journal of Materials Processing Technology1994,45,:1
10显示文摘Janorkar A V Metters A T Hirt D E 2004Macromole-cules2004,37,24:1
11The BAF60 Subunit of the SWI/SNF Chromatin-Remodeling Complex Directly Con-trols the Formation of a Gene Loop at FLOWERINGLOCUS C in Arabidopsis显示文摘Jegu T Latrasse D Delarue M Hirt H Domenichi-ni S Ariel F Crespi M Bergounioux C Raynaud Cand Benhamed M 2014The Plant Cell2014,26,2:1
12Microbial elicitors induce activation and dual phosphorylation of the Arabidopsis thaliana MAPK 6 显示文摘NUhse T S Peck S C Hirt H 2000J Biol Chem2000,275,11:1
13Phase II trial of the histone deacetylase inhibitor belinostat in women with platinum resistant epithelial ovarian cancer and micropapillary(LMP) ovarian tumors显示文摘MACKAY H J HIRTE H COLGAN T 2010Eur J Cancer2010,46,9:1
14Evaluation of the First GOCE Ftatic Gravity Field Models Using Terres- trial Gravity, Vertical Deflections and EGM2008 Quasigeoid Heights显示文摘Hirt C Gruber T Featherstone W E 2011Journal of Geodesy2011,85,10:1
15Semi solid forming of aluminum alloys by direct forging and lateral extrusion显示文摘HIRT G CREMER R WINKELMANN A WITULSKI T ZILLGEN M 0,,1:1
16Removal torque values of titanium implants in the maxilla of miniature pigs显示文摘Buser D Nydegger T Hirt HP 1998Int J Oral Maxlllofac Implants1998,13,5:1
17Modification ofpoly(lactic acid)films:enhanced wettability from surface-confined photografting and increased degradationrate due to an artifact of the photografting process显示文摘Janorkar A V Metters A T Hirt D E 2004Macromolecules2004,37,:1
18热锻齿轮的模具和工艺设计—实例研究显示文摘齿轮是马达中广泛使用的机械零件的一个实例。现在材料和过程链的开发和优化趋向改善最终产品性能和生产效率。传动装置组件所需的优良力学性能,如高负载、高抗疲劳强度取决于最终产品中有细而均匀的显微组织。齿轮制造的效率可以通过增加处理过程中的温度来优化,它允许降低锻造负荷和下模压力,从而提高模具的机械疲劳寿命。此外,增加表面淬火的温度能显著降低工艺时间,因此过程效率也会增加。为了满足细而均匀显微组织的需要,在热锻过程中必须开始动态再结晶和在保温时间和表面淬火时避免晶粒长大。可以应用微合金思想来控制晶粒度。最近,介绍了一种Nb-Ti基合金的表面硬化钢,增加了细粒度的稳定性,因此能允许更高的锻造和表面淬火温度,从而提高加工效率。本文中25 MoCr4-Nb-Ti钢种的特点由热压试验和退火实验展示的流阻和显微组织转变。决定了异常晶粒生长时材料的处理限制,考虑到这些限制提出了JMAK基显微组织模型,用FE软件DEFORM 3dtm来实现。一个研究实例中使用这模型要设计一个实验室规模可能的锻压工艺,有最低模压力和可能的最好晶粒度。实验测量颗粒度和实验室规模锻件的锻造负荷用于评估流程设计。结果表明在工艺设计中考虑显微组织变化是绝对必须结合优化过程效率和最终的性能。Nb-Ti基合金的思想可以应到下模压力,因此似乎比传统的表面淬硬钢降低模具的机械疲劳。Henke T Bambach M Hirt G 2013热处理技术与装备2013,34,6:1
19Strategies to improve the geometric accuracy in asymmetric single point incremental forming 显示文摘Bambach M Araghi T B Hirt G 2009Production Engineering2009,3,2:1
20Pyrolytic carbon formation from carbon suboxide显示文摘Banerjee B C Hirt T J Walker P L 0,,4801:1
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