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14篇 您的检索式：作者名="Nianfu Yang"

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		题名	作者	年代	出处	被引量
	1	Stochastic analysis of a general standby system with constant human error and arbitrary system repair rates显示文摘	Nianfu Yang Dhillon B S	1995	Microelectron Reliab1995，35，10：	1
	2	Stochastic analysis of a general standby system with constant human error and arbitrary system repair rates 显示文摘	Nianfu Yang Dhillon B S	1995	Mi- cro electron Reliab1995，35，7：	1
	3	Availability Analysis of a Repairable Standby Human-machine System显示文摘	Yang Nianfu Dhillon B S	1995	Microelectron Reliab1995，35，：	1
	4	Availability of a man-machine system with critical and non-critical human error显示文摘	Dhillon B S Nianfu Yang	1993	Microelectron Reliab1993，33，：	1
	5	Availbility analysis of a repairable standby human-machine system 显示文摘	NIANFU YANG DHILLON B S	1995	Microelectron Reliab1995，35，11：	1
	6	Availability Analysis of a Repairable Standby Human-Machine System显示文摘	Dhillon B S	1995	Microelectron Reliab1995，35，：	1
	7	Availability analysis of a repairable standby human-machine system显示文摘	Nianfu Yang Dhillon B S	1995	Microelectron Reliab1995，35，：	1
	8	Availbility analysis of a repairable standby human-machine system显示文摘	Yang Nianfu Dhillon B S	1995	Microelectron Reliab1995，35，11：	1
	9	Availability analysis of a repairable standby human-machine system显示文摘	Yang Nianfu Dhillon B S	1995	Microelect:on Reliab1995，35，：	1
	10	Availability analysis of a repairable standby human-machine system显示文摘	Nianfu Yang Dhillon BS	1995	Microelectron Reliab1995，35，：	1
	11	Availabilith analysis of repairable standby human-machine system显示文摘	Nianfu Yang Dhillon B S	1995	Microelectron Reliab1995，35，：	1
	12	Stochastic analysis of a general standby system with constant human error and arbitrary system repair rates显示文摘	Yang Nianfu Dhillon B S		0，，：	1
	13	Availability of a man-machine system with critical and non-critical human error显示文摘	Nianfu Yang	1993	Microelectron Reliab1993，33，：	1
	14	Temporal and spatial variations of carbon isotope signature reveal substantial contribution of bracts and internode assimilates to grain filling of japonica rice显示文摘Carbon isotope composition(δ^(13)C)of a plant organ is an inherent signature reflecting its physiological property,and thus is used as an integrative index in crop breeding.It is also a non-intrusive method for quantifying the relative contribution of different source organs to grain filling in cereals.Using the samples collected from two-year field and pot experiments with two nitrogen(N)fertilization treatments,we investigated the temporal and spatial variations of δ^(13)C in source organs of leaf,sheath,internode,and bracts,and in sink organ grain.Constitutive nature of δ^(13)C was uncovered,with an order of leaf(−27.84‰)	Mengjiao Jiang Hongfa Xu Nianfu Yang Ganghua Li Yanfeng Ding Matthew J.Paul Zhenghui Liu	2021	The Crop Journal2021，9，2：	0

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