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		题名	作者	年代	出处	被引量
	1	Measurement of post rumen digestibility of crude protein by the technique in cows 显示文摘	Voigt J B Piatkowski E H	1985	Arch Tieremahr1985，35，：	1
	2	Effect of ammonium chloride in rations on ammo?nia and urea concentration in rumen liquor and blood and on acid -base bal?ance and milk yield of cows显示文摘	Piatkowski B Voigt J	1975	Archiv fur Tierzucht1975，18，1：	1
	3	Effect of the p H value when treating concentrateprotein with formaldehyde on protein protection inthe rumen显示文摘	SCHNHUSEN U VOIGT J PIATKOWSKI B	1986	Archives of Animal Nutrition1986，36，8：	1
	4	Measurement of the postruminal digestibility of crude protein by the bag technique in cows显示文摘	Voigt D S J Piatkowski P D S B Engelmann D H	1985	Archives of Animal Nutrition1985，35，8：	1
	5	GaAs on Si:towards a low -temperature 'smart-cut' technology显示文摘	Gawlik G Jagielski J Piatkowski B	2003	Vacuum2003，70，23：	1
	6	Phase control of femtosecond pulses on the nanoscale using second harmonic nanoparticles显示文摘Investigations of ultrafast processes occurring on the nanoscale require a combination of femtosecond pulses and nanometer spatial resolution.However,controlling femtosecond pulses with nanometer accuracy is very challenging,as the limitations imposed both by dispersive optics on the time duration of a pulse and by the spatial diffraction limit on the focusing of light must be overcome simultaneously.In this paper,we provide a universal method that allows full femtosecond pulse control in subdiffraction-limited areas.We achieve this aim by exploiting the intrinsic coherence of the second harmonic emission from a single nonlinear nanoparticle of deep subwavelength dimensions.The method is proven to be highly sensitive,easy to use,quick,robust and versatile.This approach allows measurements of minimal phase distortions and the delivery of tunable higher harmonic light in a nanometric volume.Moreover,the method is shown to be compatible with a wide range of particle sizes,shapes and materials,allowing easy optimization for any given sample.This method will facilitate the investigation of light–matter interactions on the femtosecond–nanometer level in various areas of scientific study.	Nicolo Accanto Jana B Nieder Lukasz Piatkowski Marta Castro-Lopez Francesco Pastorelli Daan Brinks Niek F van Hulst	2014	Light(Science & Applications)2014，3，1：	0

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