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18篇 您的检索式：作者名="Leidhold"

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		题名	作者	年代	出处	被引量
	1	Induction generator controller based on the instantaneous react ire power theory 显示文摘	Leidhold R Garcia G Valla M I	2002	IEEE Trans on Energy Conversion2002，17，3：	1
	2	Speed sensorless control of a long-stator linear synchronous motor arranged in multiple segments 显示文摘	Leidhold R Mutschler P	2007	IEEE Transactions on Industrial Electronics2007，54，6：	1
	3	Induction generator controller based on the instantaneous reactive power theory显示文摘	Leidhold R Garcia G Valla M I	2002	IEEE Transactions on Energy Conversion2002，17，3：	1
	4	Maximum efficiency control for variable speed wind driven generators with speed and power limits显示文摘	Roberto Leidhold Maria Ines Valla	2002	IEEE2002，，：	1
	5	Speed sensorless control of a long-stator linear synchronous motor arranged in multiple segments显示文摘	Leidhold R Mutschler P	2007	IEEE Transactions on Industrial Electronics2007，54，6：	1
	6	Global analysis of the mitochondrial Nproteome identifies a processing peptidase critical for protein stability显示文摘	Voegtle FN Wortelkamp S Zahedi RP Becker D Leidhold C Gevaert K Kellermann J Voos W Sickmann A Pfanner N Meisinger C		0，，：	1
	7	Speed sensorless control of a long-stator linear synchronous motor arranged in multiple segments 显示文摘	LEIDHOLD R MUTSCHLER P	2007	IEEE Transactions on industrial Electronics2007，54，6：	1
	8	Speed sensorless control of a long-stator linear synchronous motor arranged in multiple segments显示文摘	Roberto Leidhold Peter Mutschler	2007	IEEE Transactions on Industrial Electronics2007，54，6：	1
	9	Position sensorless control of PM synchronous motors based on zero-sequence carrier injection 显示文摘	LEIDHOLD R	2011	IEEE Transactions on Industrial Electronics2011，58，12：	1
	10	Maximun efficiency control for variable speed wind driven generators with speed and power limits显示文摘	Roberto Leidhold Maria Ines Valla	2002	IEEE2002，，：	1
	11	Position sensorless control of PM synchronous mo- tors based on zero-sequence carrier injection 显示文摘	LEIDHOLD R	2011	IEEE Transactions on Industrial Electronics2011，58，12：	1
	12	Speed sensorless control of a long-stator linear synchronous motor arranged in multiple segments显示文摘	Leidhold R Mutschler P	2007	IEEE Transactions on Industrial Electronics2007，54，6：	1
	13	Position sensorless control of PM synchronous mo- tom based on zero-sequence carrier injection 显示文摘	LEIDHOLD R	2011	IEEE Transac- tions on Industrial Electronics2011，58，12：	1
	14	Induction generator controller based on the instantaneous reactive power theory 显示文摘	Leidhold R Garcia G Valla M I	2002	IEEE Trans on Energy Conversion2002，17，3：	1
	15	Maximum eficieney control for variable speed wind driven generators with speed and power limits 显示文摘	Roberto Leidhold Maria Ines Valla	2002	IEEE 28th Annual Conference of the Industrial Electionics Society2002，1，：	1
	16	Speed sensorless control of a long-stator linear synchronous motor arranged in multiple segments显示文摘	Leidhold R Mutschler P	2007	IEEE Transactions on Industrial Electronics2007，54，6：	1
	17	Maximum efficiency control for variable speed wind driven generators with speed and power limits显示文摘	Roberto Leidhold Maria Ines Valla	2002	IEEE2002，，：	1
	18	A Design Concept and Kinematic Model for a Soft Aquatic Robot with Complex Bio-mimicking Motion显示文摘Fish mortality assessments for turbine passages are currently performed by live-animal testing with up to a hundred thousand fish per year in Germany.A propelled sensor device could act as a fish surrogate.In this context,the study presented here investigates the state of the art via a thorough literature review on propulsion systems for aquatic robots.An evaluation of propulsion performance,weight,size and complexity of the motion achievable allows for the selection of an optimal concept for such a fish mimicking device carrying the sensors.In the second step,the design of a bioinspired soft robotic fish driven by an unconventional drive system is described.It is based on piezoceramic actuators,which allow for motion with five degrees of freedom(DOF)and the creation of complex bio-mimicking body motions.A kinematic model for the motion’s characteristics is developed,to achieve accurate position feedback with the use of strain gauges.Optical measurements validate the complex deformation of the body and deliver the basis for the calibration of the kinematic model.Finally,it can be shown,that the calibrated model presented allows the tracking of the deformation of the entire body with an accuracy of 0.1 mm.	Shokoofeh Abbaszadeh Roberto Leidhold Stefan Hoerner	2022	Journal of Bionic Engineering2022，19，1：	0

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