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| 1 | Germination ecology of two closely related taxa in the genus Oenanthe:Fine tuning for the habitat?显示文摘 | Jensch D Posehlod P | 2008 | Aquatic Botany2008，89，： | 1 |
| 2 | New insights in heparin-induced thrombocytopenia by the use of fluid-phase assays to detect specifically platelet factor 4/heparin complex antibodies and antibody-secreting cells显示文摘 | Annika Schulze Inga Jensch Krystin Krauel Adnan Alahmad Hans-Peter Müller Andreas Greinacher Matthias Hundt | 2014 | Thrombosis Research2014，，： | 1 |
| 3 | CT colnnography with limited bowel preparation: performance characteristics in an increased-risk population显示文摘 | Jensch S de-Vries A H Peringa J | 2008 | Radiology2008，247，1： | 1 |
| 4 | CT colonography with limited bowel preparation:performance characteristics in an increasedrisk population显示文摘 | de Vries AH Peringa J | 2008 | Radiology2008，247，： | 1 |
| 5 | MRI features associated with acute appendicitis显示文摘 | Marjolein M. N. Leeuwenburgh Sebastiaan Jensch Jan W. C. Gratama Aart Spilt Bart M. Wiarda H. Wouter Es Lodewijk P. J. Cobben Patrick M. M. Bossuyt Marja A. Boermeester Jaap Stoker | 2014 | European Radiology2014，，1： | 1 |
| 6 | Effective radiation doses in CT colonography: results of an inventory among research institutions显示文摘 | Jensch S van Gelder RE Venema HW | 2006 | Eur Radiol2006，16，5： | 1 |
| 7 | Performance of Radiographers in the evaluation of CT eolonographie images 显示文摘 | Jensch SA Gelder RV Florie J | 2007 | AJR2007，188，： | 1 |
| 8 | CT colonography with limited bowel preparation:performance characteristics in an increased risk population显示文摘 | Jensch S de Vries A H Peringa J | 2008 | Radiology2008，247，5： | 1 |
| 9 | CT colonography with limited bowel preparation:performance characteristics in an increased-risk population显示文摘 | Jensch S De Vries A H Peringa J | 2008 | Radiology2008，247，： | 1 |
| 10 | CT colonography with limited bowel preparation: prospective assessment of patient experience and preference in comparison to optical colonoscopy with cathartic bowel preparation显示文摘 | Sebastiaan Jensch Shandra Bipat Jan Peringa Ayso H. Vries Anneke Heutinck Evelien Dekker Lubbertus C. Baak Alexander D. Montauban van Swijndregt Jaap Stoker | 2010 | European Radiology2010，，1： | 1 |
| 11 | PavB is a surface-exposed adhesin of Streptococcus pneumoniae contributing to nasopharyngeal colonization and airways infections显示文摘 | JENSCH I GáMEZ G ROTHE M | 2010 | Mol Microb2010，77，1： | 1 |
| 12 | Mutil-modal data fusion and an associated atlas for combined anatomical and functional information of the left ventricle显示文摘 | Kohler L | 1992 | Computers in Cardiology (CA)1992，，5： | 1 |
| 13 | Multi-material additive manufacturing-functionally graded materials by means of laser remelting during laser powder bed fusion显示文摘Many processes may be used for manufacturing functionally graded materials.Among them,additive manufacturing seems to be predestined due to near-net shape manufacturing of complex geometries combined with the possibility of applying different materials in one component.By adjusting the powder composition of the starting material layer by layer,a macroscopic and step-like gradient can be achieved.To further improve the step-like gradient,an enhancement of the in-situ mixing degree,which is limited according to the state of the art,is necessary.In this paper,a novel technique for an enhancement of the in-situ material mixing degree in the melt pool by applying laser remelting(LR)is described.The effect of layer-wise LR on the formation of the interface was investigated using pure copper and low-alloy steel in a laser powder bed fusion process.Subsequent cross-sectional selective electron microscopic analyses were carried out.By applying LR,the mixing degree was enhanced,and the reaction zone thickness between the materials was increased.Moreover,an additional copper and iron-based phase was formed in the interface,resulting in a smoother gradient of the chemical composition than the case without LR.The Marangoni convection flow and thermal diffusion are the driving forces for the observed effect. | Alexander SCHMIDT Felix JENSCH Sebastian HÄRTEL | 2023 | Frontiers of Mechanical Engineering2023，18，4： | 0 |
| 14 | Photolysis of hexamethylenediaminetetra(methylenephosphonic acid)(HDTMP)using manganese and hydrogen peroxide显示文摘Aminophosphonates such as hexamethylenediaminetreta(methylene phosphonic acid)(HDTMP)are categorised as persistent substances.They are commonly used as scale inhibitors in cooling water systems and desalination processes.After utilisation,they are often discharged into aquatic environment without pre-treatment.Advanced oxidation processes(AOP)are promising pre-treatments for industrial wastewater treatments.We investigated the photodegradation of HDTMP with or without addition of manganese(Mn2t)and/or H2O2.Similar to results of our former photodegradation studies,we found that HDTMP also undergoes conversion with or without additives during the ultra violet(UV)irradiation.The reaction rate was most affected by the addition of H2O2,i.e.the HDTMP degradation was accelerated by a factor 3.85 compared with UV treatment without additives.The addition of Mn2t accelerated the degradation of HDTMP only by a factor 1.53 compared with the UV treatment without additives.The combined addition of Mn2t and H2O2 accelerated the HDTMP degradation by a factor 2.81.Interestingly,the initial cleavage is not initiated as expected at the CeN bond but at the CeP bond of the methyl carbon and the phosphorus of the methylenephosphonic acid group of HDTMP.This initial cleavage was independent whether the UV treatment was performed with or without additives.Therefore,we conclude that the degradation mechanism is similar independent of the four tested treatment conditions.We identified amino(methylenephosphonic acid)AMPA,dimethylamino(methylenephosphonic acid)DAMP and iminodi(methylenephosphonic acid)IDMP as the major breakdown products by performing LC/MS analyses.The major mineralisation products were ortho-phosphate,ammonium and carbon dioxide.The mass balances of unknown breakdown products allowed us to speculate about the molecular size of the unknown organic breakdown products. | Ramona Kuhn Isaac Mbir Bryant Robert Jensch Stephan Liebsch Marion Martienssen | 2020 | Emerging Contaminants2020，6，1： | 0 |
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