摘要：As promising candidates for energy-storage devices, supercapacitors （SCs） have attracted considerable attention because of their unique features, such as their high power density, outstanding rate capability, excellent cycling performance, and safety. The recent boom in portable electronic devices requires high- performance SCs that are flexible, simplified, thin, and integrated. Tremendous efforts have been directed towards the design and integration of planar micro- SCs （MSCs） based on different active electrode materials by various methods. This review highlights the recent developments in the device design of flexible planar MSCs and their integration with other electronic devices. The current challenges and future prospects for the development of flexible MSCs are also discussed.

摘要：Strong shock waves and flow separation often occur during the integration of nacelle and airframe for blended-wing-bodies with podded engines. To address this problem, this paper presents an integration method with numerical simulations. The philosophy of channeling flow and avoiding the throat effect on the nacelle and airframe is established based on the analysis of flow interference in the initial configuration. A parametric integration design method is proposed from twodimensional plane to three-dimensional space with control mechanisms and selection principles of the key parameters determined by their influences. Results show that strong shock waves and flow separation can be successfully eliminated under the influence of both the reshaped channel and decelerated inflow below the nacelle. Supersonic regions around the nacelle are effectively reduced, concentrating mainly on the lip position. Thus, a significant cruise drag reduction(8.7%) is achieved though the pressure drag of the nacelle increases.

摘要：The numerous construction projects in China provide the best environment for the development of information technology applied in building *** commercial CAD/CAE software applications are purchased by design firms for multi-disciplinary design ***,researches on integration and interoperability are seldom *** study pursues a breakthrough point of integration in the architectural and structural domains and expects further development in other aspects.A central building information modeling (BIM) framework based on the industry foundation classes (IFC) is proposed to handle the data exchange between IFC-compatible architectural models and structural models.A central XML(extensible markup language)-based unified finite element model (FEM) is proposed for model conversion among various commercial structural CAE software *** addition to bidirectional data interfaces among IFC-based BIM,XML-based FEM and various commercial FEMs,some other components such as visualization,calculation and model editing/check are also equipped into the prototype system.

摘要：The paper based on the proposed integrative approach to studying music cultures of the Eastern Europe. Come to light the factors of integration promoting interference and enrichment of national musical cultures. The region of national composer schools actively joined in world art process in the second half of the 19th century （Czechia, Poland, and Hungary） and in the 20th century （Bulgaria, Slovakia, Romania, Serbia, Slovenia, and Macedonia） Theme of this paper is to identify the basic principles of this region. The purpose of the work, defining features of the musical cultures of the Eastern European region as a whole, also here highlights the commonality of the creative ideas of representatives of the region--Bartok, Janachek, Martinu, etc.. Method of developing is defined by their orientation to the disclosure of topic. The paper used the comparative-typological and integrated approaches and methods of analysis

摘要：Taking the planning and major architectural design projects of Anqing Children Welfare Home for example,through the research on categories and each component of solar water heating system,the paper discussed strategies and methods to realize solar energy and architectural integration design in the climate condition and location environment of Anhui Province.

摘要：Poetic metaphor is a kind of conceptual structure formed by conceptual *** is the cognitive means,which is used by the poets to understand things and express *** a conceptual structure,the poetic metaphor expresses certain semantic content,and its meaning construction is a kind of non-linear integration *** the translation of poetic metaphor,the translators should take the conceptual integration theory as the guide,construe the poetic metaphor firstly,in order to understand that what entities are participated in the conceptual integration of the poetic metaphor,and how the process of conceptual integration is;then,take the construal results as the basis,and take the cultural background of the target language as a reference,to reconstruct poetic metaphor in the target language,so as to achieve the purpose of translation and information *** the process of poetic metaphor translation,the translator’s cognitive model,ability and preference,the proficiency of the source language and target language,the familiarity of the culture of the source language and target language,personal encyclopedic knowledge reserve,and personal language expressing preference will affect the translation results of poetic *** addition,when the translators reconstruct the poetic metaphor in the target language,they must follow the principle of semantic consistency,cultural adaptation and universality.

摘要：The rapid development of urbanization requires land management business should change the former single systematic pattern, and advance to integration of functions and data sharing. In order to meets the requirement, this paper presents a new thinking for land management pattern, and management tools of data center for integration of urban and rural areas. The tools were based on MapGIS, which have made the management of multi-subjects, multi-areas, multi-sources and multi-measurement data possible. The techniques of this system are designed accord with national related standard. Experimental result shows that the tools have obvious technical advantage in land resource business integration management.

摘要：Environmental and ecological problems in the urban-rural integration were analyzed, characteristics of urban green space system introduced, such as excellent landscape eco-structure, distinctive historical and humanistic features, and diversified natural landscape resources, and also challenges pointed out. Evolution, overall spatial structure and conservation concept of conservation-minded urban green space system planning were elaborated, on the basis of which the evaluation system of conservation-minded urban green space system was studied, and it was proposed that mutual relationship between impact factors of compound value and qualitative evaluation factors should be taken into consideration as a whole in evaluating conservation effects of green space system. Quantitative evaluation indexes and qualitative evaluation measures were analyzed, an objective and precise evaluation system for the conservation-minded urban green space system was established by combining qualitative and quantitative analysis to improve ecological environment during the urbanization, and fully show planning concepts of conservation-minded green space system.

摘要：提出了基于integration的城市交通中观仿真建模方法。选取中观仿真模型integration为研究对象,提出了integration应用于城市交通管理的技术路线;并利用integration搭建了奥林匹克公园周边路网交通仿真平台,分析了奥运会高峰日期间实施交通需求控制和铺设专用道策略之后,专用道的运行效率和对周边路网的影响,验证了integration在开展城市交通管理方面的应用效果。

摘要：To meet the large-scale smashing production of soft straw and hard straw with high fiber materials and overcome the shortcomings of single-mission cutter and shredder, a straw grinder with air-induced discharging device was developed, which realized the force feeding of hard straws with high fiber. The results showed that soft straw could be directly fed into the smashing device without cutting with the average efficiency of 1.27 kg/h and electricity consumption o per ton of 32.0 k W·*** hard straw with high fiber should be first fed into the shredding device with force feeding roll to cut and then grinded, for which the efficiency average was 0.67kg/h and electricity consumption per ton was 60.5 k W·h. The machine was stable,safe and reliable with strong adaptability of materials and no-dust operating environment, which satisfied the design requirements.