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22篇 您的检索式:作者名="Piantini"
    题名 作者 年代 出处 被引量
1The influence of vehicle front-end design on pedestrian ground impact显示文摘GIANMARCO Crocetta SIMONE Piantini MARCO Pierini 2015Accident Analysis and Prevention2015,79,:1
2Characterization of Swiss vineyards using isotopic data in combination with trace elements and classical parameters显示文摘GREMAUD G QUAILE S PIANTINI U 2004European Food Re- search and Technology2004,219,1:1
3Lightning-induced volt- ages on overhead lines-application of the extended Rusck model显示文摘PIANTINI A JANISZEWSKI J M 2009IEEE Transactions on Electromagnetic Compati- bility2009,51,3:1
4The effectiveness of surge arresters on the mitigation of lightning induced voltages on distribution lines显示文摘Piantini A Janiszewski J M 2007Journal of Lightning Research2007,2,:1
5Characteristics of lightning‐induced voltages based on experimental data显示文摘This paper presents an analysis of 64 lightning‐induced voltage waveforms recorded in an experimental system implemented in the campus of the University of São Paulo,Brazil.The voltages were measured on a 10 m high,2.7 km long un‐energized overhead line consisting of two conductors installed on 6 m crossarms.One of the conductors had surge arresters,while the other one was left unprotected.Strictly speaking,all the recorded voltages on the unprotected conductor were bipolar,but in many cases only one semi‐cycle could be considered important for practical purposes.Different criteria are discussed for the determination of the waveshape parameters,which may differ signifi-cantly from those of the standard lightning impulse voltage(1.2/50μs).Based on the proposed criterion for classifying the induced voltages,unipolar waveforms accounted for 67%of the total and,except for one case,all of them had positive polarity.The median values of the front time and time‐to‐half‐value were,respectively,5.2μs and 15.8μs.Bipolar waveforms were 33%of the total and in approximately 62%of the cases the first semi‐cycle was of positive polarity.In 91%of the cases the voltage peak occurred either in the first or the second semi‐cycle.Michele N.N.Santos Alexandre Piantini 2021High Voltage2021,6,3:1
6Analysis of the dielectric behavior of distribution insulators under non-standard lightning impulse voltage显示文摘Pereira B C Piantini A 2011IEEE Latin America Transactions2011,9,5:1
7A Distribution Transformer Model for Calculating Transferred Voltages显示文摘PIANTINI A KANASHIRO A G 2002Proceed of the International Conference on Lightning Protection (26th ICLP)2002,,:1
8Lightning Overvoltages on Rural Distribution Lines显示文摘This paper presents information concerning the characteristics of lightning overvoltages on overhead power distribution lines.Discussion on the protection measures against transients caused by both direct and indirect strokes is also presented.A. Piantini D. M. Duarte F. Romero 2008高电压技术2008,34,12:1
9On the influence of stroke current propagation velocity on lightning horizontal electric fields显示文摘Romero F Piantini A Cooray V 2014IEEE Transactions on Electromagnetic Compatibility2014,56,4:1
10Characterization of Swiss vineyard using isotopic data in combination with trace elements and classical parameters显示文摘Gremand G Quaile S Piantini U at el 2004Eur Food Res Technol2004,219,:1
11Lightning-induced volt- ages on overhead lines application of the extended rusck model显示文摘PIANTINI A JANISZEWSKI J M 2009IEEE Transactions on Electromagnetic Compati- bility2009,51,3:1
12Tracing the geographic origin of poultry meat and dried beef with oxygen and strontium isotope ratios 显示文摘Franke B M Koslitz S Micaux F Piantini U Maury V Pfammatter E Wunderli S Gremaud G Jacques Bosset O Hadorn R Kreuzer M 2005European Food Research and Technology2005,226,:1
13Tracing the geographic origin of poultry meat and dried beef with oxygen and strontium isotope ratios 显示文摘Franke B M Koslitz S Micaux F Piantini U Maury V P fammatter E Wunderli S Gremaud G Bosset J O Hadorn R Kreuzer M 2008European Food Research and Technology2008,226,4:1
14Induced voltages on distribution lines due to lightning discharges on nearby metallic structures 显示文摘Piantini A Janiszewski J M 1998IEEE Transactions on Magnetics1998,34,5:1
15Characterization of Swiss vineyard using isotopic data in combination with trace elements and classical parameters显示文摘Gremand G Quaile S Piantini U at el 2004Eur Food Res Technol2004,,219:1
16Characterization of Swiss vineyards using isotopic data in combination with trace elements and classical parameters显示文摘Gremaud G Quaile S Piantini U 0,,01:1
17Janiszews- ki lightning-induced voltages on overhead lines--applica- tion of the extended rusck model显示文摘Alexandre Piantini Senior Member IEEE Jorge M 2009IEEE Transactions on Electromagnetic Compatibility2009,51,3:1
18A scale model for the study of the LEMP response of complex power distribution networks 显示文摘Alexandre Piantini Jorge M Janiszewski Alberto Borghetti 2007IEEE Transactions on Power Delivery2007,22,1:1
19The in- fluence of seasonal soil moisture on the design of grounding systems显示文摘Coelho Vilson Luiz Piantini Alexandre 2013International Sympo- sium on Lightning Protection2013,,:1
20Characterization of Swiss vineyards using isotope data in bombination with trace element and classical parameters显示文摘Gremaud G Quaile S Piantini U 2004European food resources and technology2004,,219:1
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