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14篇 您的检索式：作者名="Nodomi"

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		题名	作者	年代	出处	被引量
	1	Soil water and temperature patterns in an arid desert dune sand显示文摘	Ronny Berndtsson Kanichi Nodomi Hiroshi Yasuda Thomas Persson Heshen Chen Kenji Jinno	1996	Journal of Hydrology1996，，1：	1
	2	Soil water and temperature patterns in an arid desert dune sand显示文摘	Berndtsson R Nodomi K	1996	Journal of Hydrology1996，185，：	1
	3	Soil water and temperature patterns in an arid desert dune sand显示文摘	Berndtsson R Nodomi K Yasuda H	1996	Journal of Hydrology1996，185，：	1
	4	Soil water and temperature patterns in an arid desert dune sand 显示文摘	Berndtsson R Nodomi K Yasuda H	1996	Journal of Hydrology1996，185，14：	1
	5	Soil water and temperature patterns in an arid desert dune sand显示文摘	Berndtsson R Nodomi K Yasuda H	1996	Journal of Hydrology1996，185，：	1
	6	Soil Water and Temperature Patterns in an Arid Des eft Dune Sand显示文摘	BERNDTSSON R NODOMI K YASUDA H	1996	Journal of Hydrology1996，185，1234：	1
	7	Soil water and temperature patterns in an arid desert dune sand显示文摘	Berndtsson R Nodomi K	1996	Journal of Hy- drology1996，185，：	1
	8	Soil water and temperature patterns in an arid desert dune sand 显示文摘	Berndtsson R Nodomi K Yasuda H	1996	Journal of Hydrology1996，185，：	1
	9	Soil water and temperature patterns in an arid desert dune sand显示文摘	Berndtsson R Nodomi K	1996	Journal of Hydrology1996，185，：	1
	10	Soil water and temperature patterns in an arid desert dune sand显示文摘	BERNDTSSON R NODOMI K YASUDA H	1996	Journal of Hydrology1996，185，1：	1
	11	Soil water and temperature patterns in an arid desert dunes sand显示文摘	Berndtsson R Nodomi K	1996	Journal of Hydrology1996，185，：	1
	12	High repetition rate,wide-aperture KrF lasers for subpicosecond amplification显示文摘	Nodomi R Oeda Y Sajiki K	1991	IEEE Journal of Quantum Electronics1991，27，3：	1
	13	Soil water and tem- perature patterns in an arid desert dune sand 显示文摘	Berndtsson R Nodomi K Yasuda H	1996	Journal of Hydrology1996，185，14：	1
	14	Electron Temperature Measurement by Floating Probe Method Using AC Voltage显示文摘This study presents a novel floating probe method to measure electron temperatures using a hollow cathode-type discharge tube. The proposed method detects a shift in the floating potential when an AC voltage is applied to a probe through an intermediary blocking capacitor.The shift in the floating potential is described as a function of the electron temperature and the applied AC voltage. The floating probe method is simpler than the Langmuir probe method because it does not require the measurement of volt-ampere characteristics. As the input AC voltage increases, the electron temperature converges. The electron temperature measured using the floating probe method with an applied sinusoidal voltage shows a value close to the first(tail)electron temperature in the range of the floating potential.	Satoshi NODOMI Shuichi SATO Mikio OHUCHI	2016	Plasma Science and Technology2016，18，11：	0

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