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		题名	作者	年代	出处	被引量
	1	澳大利亚小麦杂种优势的研究显示文摘为了评价培育小麦杂种的资源材料,在澳大利亚旱地条件下对小麦杂种F_1的杂种优势水平作了测定。试验于1987年和1988年在新南威尔士州的Narrabi地区进行。每年各以3个不同播期(共代表6个环境)将杂种F_1及其亲本种成设有重复的穴播小区。试验结果表明,在6个环境下杂种的平均产量均超过了它们的亲本,最高的超中亲和超高亲优势分别高达31.5%和26.8%。最好的杂种比最好的对照品种产量高出18.2%。杂种在所有环境下的产量稍比亲本的稳定一些,但差异不显著。籽粒蛋白质含量的杂种优势多为负值,但有些杂种的籽粒产量和蛋白质含量都超过了对照品种。产量构成分析表明,没有一个固定的产量构成模式可以用来获得产量超亲的杂种。本研究获得的杂种优势水平及其超过最优纯系对照品种的绝对产量优势足以说明可以在新南威尔士北部地区推广种植杂种小麦。	M.N.Uddin 周恒	1992	国外农学(麦类作物)1992，，6：	5
	2	基于模糊逻辑异步电动机间接矢量控制传动系统及其性能分析显示文摘	M.N.Uddin 倪觉生	2003	变流技术与电力牵引2003，，6：	0
	3	Numerical solution of thermo-solutal mixed convective slip flow from a radiative plate with convective boundary condition显示文摘A mathematical model for mixed convective slip flow with heat and mass transfer in the presence of thermal radiation is presented. A convective boundary condition is included and slip is simulated via the hydrodynamic slip parameter. Heat generation and absorption effects are also incorporated. The Rosseland diffusion flux model is employed. The governing partial differential conservation equations are reduced to a system of coupled, ordinary differential equations via Lie group theory method. The resulting coupled equations are solved using shooting method. The influences of the emerging parameters on dimensionless velocity, temperature and concentration distributions are investigated. Increasing radiative-conductive parameter accelerates the boundary layer flow and increases temperature whereas it depresses concentration. An elevation in convection-conduction parameter also accelerates the flow and temperatures whereas it reduces concentrations. Velocity near the wall is considerably boosted with increasing momentum slip parameter although both temperature and concentration boundary layer thicknesses are decreased. The presence of a heat source is found to increase momentum and thermal boundary layer thicknesses but reduces concentration boundary layer thickness. Excellent correlation of the numerical solutions with previous non-slip studies is demonstrated. The current study has applications in bioreactor diffusion flows and high-temperature chemical materials processing systems.	m.j.uddin o.anwar bég m.n.uddin a.i.md.ismail	2016	Journal of Hydrodynamics2016，28，3：	0

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