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149篇 您的检索式:作者名="Schm"
    题名 作者 年代 出处 被引量
1田间土壤硝态氮快速测定方法的研究与应用前景显示文摘对田间土壤硝态氮(NO3N)快速测定方法的研究,包括土壤水分快速测定方法、快速提取技术(经济、易于获得的提取剂和简易、快捷的提取方法)、温度校正系数以及合理使用试纸反射仪的研究。大量的试验结果表明,田间土壤硝态氮快速测定方法所得的土壤硝态氮含量与实验室标准方法所得结果有着良好的线性相关关系。本研究所提出的田间土壤硝态氮快速测定方法具有经济、操作简单、便于农民掌握等特点。目前中国存在着施肥不合理的现象,亟须简易可靠的田间测土技术,因此,田间土壤硝态氮快速测定方法在中国将有着广阔的应用前景。Urs Schm idhalter 胡云才 2006磷肥与复肥2006,21,3:8
2Structure and function of cytokinin oxidase/dehydrogenase genes of maize, rice, Arabidopsis and other species显示文摘Thomas Schmülling Tomá? Werner Michael Riefler Eva Krupková Isabel Bartrina y Manns 2003Journal of Plant Research2003,,3:2
3Clinical presentation of venous thromboembolism in inflammatory bowel disease显示文摘Pavol Papay Wolfgang Miehsler Herbert Tilg Wolfgang Petritsch Walter Reinisch Andreas Mayer Thomas Haas Arthur Kaser Thomas Feichtenschlager Harry Fuchssteiner Peter Knoflach Harald Vogelsang Reingard Platzer Wolfgang Tillinger Bernhard Jaritz Alfons Schm 2012Journal of Crohn’s and Colitis2012,,:2
4Prediction of implantation by the sonographic appearance of the endometrium during controlled ovarian stimulation for in vitro fertilization (IVF)显示文摘D. Schm?hl M. Habs Yael Gonen Robert F. Casper 1990Journal of In Vitro Fertilization and Embryo Transfer1990,,3:2
5用高达500MHz的高带宽分析数字信号显示文摘1 引言 现代信号和频谱分析仪不仅能解调和分析纯频谱测量结果,而且能解调和分析无线通信系统复杂的调制信号.分析带宽表示能够解调的最大信号带宽,因此它是这些分析仪的重要性能特征.高分析带宽也有利于对脉冲信号(如雷达系统的信号)的测量.分析带宽决定时域分辨率,并因此决定能够显示的最小脉冲长度.采用新选件,罗德与施瓦茨公司将其R&S FSW的分析带宽扩展到500 MHz,该选件在描述通信信号时有许多优势.Martin Schmhling 2014国外电子测量技术2014,33,6:2
6Proteinuria as a modifiable risk factor for the progression of nondiabetic renal diseases显示文摘Jafar T H Stark P C Schm id CH etal 2001Kidney Int2001,60,3:1
7Proteinuria as a modifiable risk factor for the progression of nondiabetic renal diseases显示文摘Jafar T H Stark P C Schm id C H 2001Kidney Int2001,60,3:1
8Cytokinin signal perception and transduction显示文摘Heyl A Schmüilling T 0,,:1
9Regulatory metabolites of vitamin E and their putative relevance for atherogenesis显示文摘Maria Wallert Lisa Schm?lz Francesco Galli Marc Birringer Stefan Lorkowski 2014Redox Biology2014,,:1
10Unique application of carbon/carbon composite materials (PART THREE)显示文摘Schm idt L Kenneth E 1999SAMPE J1999,35,5:1
11C-reactive protein,carotid atherosclerosis,and cerebral small-vessel disease:results of the Austrian Stroke Prevention Study显示文摘Schm idt R Schm idt H Pichler M 0,,12:1
12Long-term g- ondai toxicity after therapy for Hodgkins and non-Hodgkin, s iymphoma 显示文摘BOKEMEYER C SCHM H J VANRHEE J 1994Ann Hemato1994,68,3:1
13Microstructure of ZrO 2 thermal barrier coatings applied by EB-PVD显示文摘U Schulz M Schmücker 2000Materials Science & Engineering A2000,,1:1
14Biotechnological and gene therapeutic strategies in cancer treatment显示文摘Wels W Moritz D Schm idt M 1995Gene1995,159,1:1
15Capacity con- strained transit assignment with common lines 显示文摘Kurauchi F Bell M G H Schm~cker J D 2003Jour- nal of Mathematical Modelling and Algorithms2003,2,4:1
16Acute inflammatory demye- linating optic neuritis: current concepts in diagnosis andman- agement显示文摘Bhatti MT Schm itt NJ Beatty RL 2005Optometry2005,76,5:1
17Liquid Phase Hydrogenation of Benzalacet0phen0ne:Effect of Solvent,Catalyst Support,Catalytic M etal and Reaction Conditions显示文摘Innovative catalysts based on a 'porous glass' support material were developed and investigated for the reduction of benzalace-tophenone. The easy preparation conditions and possibility to use different metals (e.g. Pd, Pt, Rh) for impregnation gave a broad variety of these catalysts. Hydrogenation experiments with these supported catalysts were carried out under different hydrogen pressures and temperatures. Porous glass catalysts with Pd as the active component gave chemoselective hydrogenation of benzalacetophenone, while Pt- and Rh-catalysts tended to further reduce the carbonyl group, especially at elevated hydrogen pressures and temperatures. Kinetic analysis of the reactions revealed these had zero order kinetics, which was independent of the type of porous glass support and solvent used.Achim STOLLE Christine SCHM?GER Bernd ONDRUSCHKA Werner BONRATH Thomas F.KELLER Klaus D.JANDT 2011催化学报2011,32,8:1
18Faster hyperpath generating algorithms for vehicle navigation显示文摘Ma J Fukuda D Schm?cker J D 0,,:1
19α‐Tocopherol long‐chain metabolite α‐13’‐COOH affects the inflammatory response of lipopolysaccharide‐activated murine RAW264.7 macrophages显示文摘Maria Wallert Lisa Schm?lz Andreas Koeberle Verena Krauth Michael Glei Francesco Galli Oliver Werz Marc Birringer Stefan Lorkowski 2015Mol. Nutr. Food Res2015,,:1
20Quantitative reverse transcription ploymerase chain reaction to shtdv mRNA decay:comparison of endpoint and real time methods 显示文摘Schm ittgen TD Zakrjsek BA Mills AG 2000Anal Biochem2000,285,2:1
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