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15篇 您的检索式:作者名="Rongming Lin"
    题名 作者 年代 出处 被引量
1Upper bound for renewal risk model with stochastic investment return显示文摘XU Lin WANG Rongming YAO Dingjun 2007Jour- nal of East China Normal University:Natural Science2007,,1:1
2Studies ont he formation of microcrystalline silicon with PECVD under low and high working pressure显示文摘 Lin Rongming 2000Thin Solid Films2000,376,:1
3Studies on the formation of microcrystalline silicon wity PECVD under low and high working pressure显示文摘 Lin Rongming 2000Thin Solid Films2000,376,:1
4Studies on the formation of mierocrystalline silicon with PECVD under low and high working pressure显示文摘Guo Lihui Lin Rongming 2000Thin Solid Films2000,376,:1
5The effect of baking conditions on the effective contact areas of screenprinted silver layer on silicon substrate 显示文摘Sun Tietun Miao Jianmin Lin Rongming 2005Sol Energy Mater Sol Cells2005,85,:1
6Hydrothermal microemulsion synthesis of stoichiometric single crystal hy droxyapatite nanorods with mono-dispersion and narrow-size distribution 显示文摘Lin Kaili Chang Jiang Cheng Rongming 2007Materials Letters2007,61,:1
7Glass transition and exclusion model in crystallization of polyether-polyester block copolymers with amide linkages显示文摘Ho Rongming Chi Chihwei Tsai Chichun Lin Jiangjen 0,,04:1
8Studies on the formation of microcry stalline silicon with PECVD under low and high working pressure显示文摘Guo Lihui Lin Rongming 2000Thin Solid Films2000,376,:1
9显示文摘Guo Lihui Lin Rongming 2000Thin Solid Films2000,376,:1
10Single-crystal star-like zinc oxide: synthesis, characterization and growth mechanism显示文摘A novel star-like single-crystal ZnO structure was synthesized by a simple solvothermal method. The as-prepared products were characterized by XRD, SEM and TEM. The star-like ZnO, which shows sixfold symmetry, was constructed by six uniform arms distributing symmetrically around the [0001] zone axis. It is also found that the arms are not perpendicular to the [0001] zone axis and each arm is grown at a certain angle with the [0001] direction. CBED pattern and corresponding simulation demonstrate that the convex part of the star-like ZnO is O-terminated (000-1) plane and the concave part is Zn-terminated (0001) plane. H2S plays a crucial role in the synthesis process. The anisotropic growth habit along [0001] and [000-1] results in the formation of star-like structure.WANG Qingxiao YOU Liping Zhang Xinzheng WANG Rongming LV Yuzhen GUO Lin 2006Rare Metals2006,25,z2:1
11CoMSaT: A single- chip fabrication technique for three - dimensional integrated fluid system 显示文摘Quanbo Zuo Zhengfeng Wang Rongming Lin 1999Sensors and Actuators1999,,72:1
12A new iterative order reduction (IOR) method for eigensolutions of large structures显示文摘Xia Yong Lin Rongming 2004International Journal for Numerical Methods in Engineering2004,59,:1
13Novel Method for Minimizing Track Seeking Residual Vibrations of Hard Disk Drives显示文摘Zeng Sheng Lin Rongming Xu Limei 2001IEEE Transactions on Magnetics2001,37,3:1
14Hydrothermalmicroemulsion synthesis of stoichiometric single crystalhydroxyapatite nanorods with mono-dispersion and narrow-sizedistribution显示文摘Kaili Lin Jiang Chang Rongming Cheng Meiling Ruan 2007Materials Letters2007,61,:1
15A Novel Perturbative Iteration Algorithm for Effective and Efficient Solution of Frequency-Dependent Eigenvalue Problems显示文摘Many engineering structures exhibit frequency dependent characteristics and analyses of these structures lead to frequency dependent eigenvalue problems.This paper presents a novel perturbative iteration(PI)algorithm which can be used to effectively and efficiently solve frequency dependent eigenvalue problems of general frequency dependent systems.Mathematical formulations of the proposed method are developed and based on these formulations,a computer algorithm is devised.Extensive numerical case examples are given to demonstrate the practicality of the proposed method.When all modes are included,the method is exact and when only a subset of modes are used,very accurate results are obtained.Rongming Lin 2012Advances in Applied Mathematics and Mechanics2012,4,3:0
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