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刍议有效提升基层连队自主教育质效的方法路子
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作者 康斌 《中国军转民》 2024年第13期110-111,共2页
自主教育是基层思想政治教育的重要组成部分,调研发现,有的基层连队开展自主教育存在一些突出矛盾问题,亟需解决。笔者认为有效提升基层连队自主教育质效,应科学规划时间,适当给连队自主教育“留白”;优化力量配置,强化连队自主教育“... 自主教育是基层思想政治教育的重要组成部分,调研发现,有的基层连队开展自主教育存在一些突出矛盾问题,亟需解决。笔者认为有效提升基层连队自主教育质效,应科学规划时间,适当给连队自主教育“留白”;优化力量配置,强化连队自主教育“资源供给”;把控关键环节,确保连队自主教育“全程质保”。 展开更多
关键词 基层连队 自主教育 方法路子
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Rapid Convergence of a New Wave Iterative Algorithm Used to Model a Patch Structure
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作者 Hafedh Hrizi Lassaad Latrach +3 位作者 Noureddine Sboui Ali Gharsallah Abdelhafidh Gharbi Henry Baudrand 《Computer Technology and Application》 2011年第5期370-373,共4页
The wave iterative method is a numerical method used in the electromagnetic modeling of high frequency electronic circuits. The object of the authors' study is to improve the convergence speed of this method by addin... The wave iterative method is a numerical method used in the electromagnetic modeling of high frequency electronic circuits. The object of the authors' study is to improve the convergence speed of this method by adding a new algorithm based on filtering techniques. This method requires a maximum number of iterations, noted Nmax, to achieve the convergence to the optimal value. This number wilt be reduced in order to reduce the computing time. The remaining iterations until Nmax will be calculated by the new algorithm which ensures a rapid convergence to the optimal result. 展开更多
关键词 Wave iterative method rapid convergence adaptive and autoregressive filtering (AARF) patch structure
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Design Methods for Improving the Performance and Thermal Stability of Radar
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作者 Sega Gueye Brayima Dakyo +2 位作者 Sylvain Alves Jacques Raharijaona Philippe Eudeline 《Journal of Energy and Power Engineering》 2013年第1期148-154,共7页
The radar power supplies exhibit a complex electronics. The development of more and more compact systems leads to master the interaction between different parts of the power supply while reducing electronic circuits, ... The radar power supplies exhibit a complex electronics. The development of more and more compact systems leads to master the interaction between different parts of the power supply while reducing electronic circuits, magnetic and thermal couplings from the constitutive circuitry. The consideration of these phenomena is very difficult at the design of the power supply. This paper presents two complementary methods based first on a circuitry model for the quantification of heat sources and secondly on finite element model for heat diffusion. This approach can help a designer in the goal of improving the performances and thermal stability of radar tied to the supply circuit subset. 展开更多
关键词 Thermal management power MOSFET losses radar supply.
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A single-photon fault-detection method for nanocircuits that use GaN material 被引量:1
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作者 PAN ZhongLiang CHEN Ling +1 位作者 ZHANG GuangZhao WU PeiHeng 《Science China(Technological Sciences)》 SCIE EI CAS 2014年第2期270-277,共8页
As the complexity of nanocircuits continues to increase,developing tests for them becomes more difficult.Failure analysis and the localization of internal test points within nanocircuits are already more difficult tha... As the complexity of nanocircuits continues to increase,developing tests for them becomes more difficult.Failure analysis and the localization of internal test points within nanocircuits are already more difficult than for conventional integrated circuits.In this paper,a new method of testing for faults in nanocircuits is presented that uses single-photon detection to locate failed components(or failed signal lines)by utilizing the infrared photon emission characteristics of circuits.The emitted photons,which can carry information about circuit structure,can aid the understanding of circuit properties and locating faults.In this paper,in order to enhance the strength of emitted photons from circuit components,test vectors are designed for circuits’components or signal lines.These test vectors can cause components to produce signal transitions or switching behaviors according to their positions,thereby increasing the strength of the emitted photons.A multiple-valued decision diagram(MDD),in the form of a directed acrylic graph,is used to produce the test vectors.After an MDD corresponding to a circuit is constructed,the test vectors are generated by searching for specific paths in the MDD of that circuit.Experimental results show that many types of faults such as stuck-at faults,bridging faults,crosstalk faults,and others,can be detected with this method. 展开更多
关键词 nanoscale circuits test approaches single-photon detection test-vector generation multiple-valued decision diagram
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