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17篇 您的检索式:作者名="Pannee"
    题名 作者 年代 出处 被引量
1Agglomeration externalities: Marshall versus Jacobs显示文摘Gerben Panne 2004Journal of Evolutionary Economics2004,,5:2
2Control of protein splicing by intein fragment reassembly显示文摘SOUTHWORTH M W ADAM E PANNE D 0,,04:1
3Blood dendritic cells in systemic lupus erythematosus exhibit altered activation state and chemokine receptor function显示文摘Gerl V Lischka A Panne D 0,,:1
4Inhibition of H2O2 production by iodoalehydes in cultured dog thyroid cells 显示文摘Pannee ls V Van den Bergen H Jacoby C 1994Mol Cell Endocrinol1994,102,:1
5Preferences and their application in evolutionary muhiobjective optimization 显示文摘Cvetkovic D Pannee I C 2002IEEE Transactions on Evolutionary Computation2002,6,1:1
6SILAC zebrafish for quantitative analysis of protein turnover and tissue regeneration显示文摘Westman-Brinkmalm A Abramsson A Pannee J 2011J Proteomics2011,75,2:1
7C and N stable isotope variation in urine and milk of cattle depending on the diet显示文摘N. Knobbe J. Vogl W. Pritzkow U. Panne H. Fry H. M. Lochotzke A. Preiss-Weigert 2006Analytical and Bioanalytical Chemistry2006,,1:1
8Multi-element screening in milk and feed by SF-ICP-MS显示文摘N. Herwig K. Stephan U. Panne W. Pritzkow J. Vogl 2010Food Chemistry2010,,3:1
9SIMBICON显示文摘KangKang Yin Kevin Loken Michiel van de Panne 2007ACM Transactions on Graphics (TOG)2007,,3:1
10C and N stable isotope variation in urine and milk of cattle depending on the diet显示文摘N. Knobbe J. Vogl W. Pritzkow U. Panne H. Fry H. M. Lochotzke A. Preiss-Weigert 2006Analytical and Bioanalytical Chemistry2006,,1:1
11Pregnancy outcomes among chronic carriers of hepatitis B virus显示文摘Sirinart Sirilert Kuntharee Traisrisilp Pannee Sirivatanapa Theera Tongsong 2014International Journal of Gynecology and Obstetrics2014,,:1
121 cells显示文摘Pannee C Chandhanec I Wacharee L Antiinflammatory effects of essential oil from the leaves of Cinnamomum cassia and cinna- maldehyde on li J774A 2014J Adv Pharm Teehnol Res2014,5,4:1
13Monitoring carbamazepine in surface and wastewaters by an immunoassay based on a monoclonal antibody显示文摘Arnold Bahlmann Michael G. Weller Ulrich Panne Rudolf J. Schneider 2009Analytical and Bioanalytical Chemistry2009,,6:1
14Mass spectrometrybased candidate reference measurement procedure for quantification of amyloid - β in cerebrospinal fluid显示文摘Leinenbach A Pannee J Dulffer T and the IFCC Scientific Division Working Group on CSF proteins 2014Clin Chem2014,60,:1
15From footprints to animation显示文摘Van de Panne M 0,,04:1
16转录因子的二步模型显示文摘干扰素调控因子3(IRF-3)转录因子是起始先天抗病毒反应的关键元件。它的激活是通过激酶TBK1和IKKE部分信号级联所介导的磷酸化过程达到的。磷酸化导致IRF-3形成二聚体,并且清除自动抑制结构,从而使辅助激活因子CBP/p300与之发生相互作用。Daniel Panne 陈丽媛(译) 2007生物技术世界2007,,5:0
17Devise of a W serpentine shape tube heat exchanger in a hard chromium electroplating process显示文摘In a hard chromium electroplating process, a heat exchanger is employed to remove the heat produced from the high current intensity in an electroplating bath.Normally, a conventional U shape heat exchanger is installed in the bath, but it provides low heat removal.Thus, this study designs a novel W serpentine shape heat exchanger with identical heat transfer area to the conventional one for increasing heat removal performance.The performance of the heat exchange is tested with various flow velocities in a cross-section in range of 1.6 to 2.4 m·s^(-1).Mathematical models of this process have been formulated in order to simulate and evaluate the heat exchanger performance.The results show that the developed models give a good prediction of the plating solution and cooling water temperature, and the novel heat exchanger provides better results at any flow velocity.In addition, the W serpentine shape heat exchanger has been implemented in a real hard chromium electroplating plant.Actual data collected have shown that the new design gives higher heat removal performance compared with the U shape heat exchanger with identical heat transfer area; it removes more heat out of the process than the conventional one of about 23%.Surasit Tanthadiloke Paisan Kittisupakorn Pannee Boriboonsri Iqbal M.Mujtaba 2019Chinese Journal of Chemical Engineering2019,27,1:0
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