高校节约型校园建设探析

高校建设节约型校园是资源节约型社会建设的必然要求,对于促进高校自身发展,进一步推进节约型社会建设都具有很重要的意义。长期以来我们对节约型校园建设进行了孜孜不倦的探索,然而现实中一系列因素限制了节约型校园的建设。目前我们应当着力从三个方面加强节约型校园建设:第一,加大宣传教育力度,强化节约意识与效益观念;第二,建立健全制度机制,为节约型校园建设提供保障;第三,拓宽节能途径,加快推进科技节能。     

用科学发展观统领高校节约型校园建设

高校建设节约型校园是建设节约型社会的重要内容。节约型校园建设,要紧扣发展主题,树立艰苦奋斗、勤俭建校的理念;坚持以人为本,确立一切为了学生全面发展的育人方针;按照全面、协调、可持续的发展要求,挖掘校园节约潜能;坚持统筹兼顾,形成多管齐下、齐抓共管的长效机制。     

科学规划与管理 构建节约型实验室

建设节约型实验室是高校建设节约型校园的重要组成部分。本人在通过分析构建节约型实验室、实训基地存在问题的基础上,提供了我院在增强节约意识、整合资源和建立节约型长效机制方面的一些做法。     

深化节约型高校建设探析

本文从当前高校节约型校园建设工作开展的现状入手,从理念认识不到位、组织机构不健全、目标规划不明确、资金缺口大等方面分析制约深化节约型高校建设的诸多因素,有针对性地提出了转变理念、强化管理节约、依靠技术进步、多元化融资、创新节约教育等若干深化节约型高校建设的思路与举措。     

构建节约型实验室的几个问题及解决途径

建设节约型实验室是高校建设节约型校园的重要组成部分．通过分析构建节约型实验室存在的管理意识和手段方面的问题．提出了创新管理、整合资源和建立节约型长效机制的初步解决的途径，为实验室管理人员提供参考．     

浅论"节约型校园"建设

在分析节约型校园建设的重要性和必要性的基础上,从高校实际出发,提出建设节约型校园的具体措施:加强学校节水节电管理,在校园基本建设及办公、会务经费上厉行节约,做好学校各种现有存量资产的整合与盘活工作等;建议要加强舆论宣传,积极开展“节约型校园”创建活动,加强对节约工作的领导和协调。     

高校节约型房产管理的文化诠释——以武夷学院为例

高校房产管理方式存在粗放和封闭问题,体系内多头负责和操作上的无序,造成隐性的低效率制约了学校发展。现代节约型高校房产管理体系的构建,需要变行政主导型为效率驱动的节约型。通过制度规范、队伍建设,确立以人为本理念,营造校园节约文化,提高房产利用效率。促进高校优势房产资源向优秀人才和先进团队聚集,推动高校房产的高效率进程。     

试论节约型校园建设的特点

节约型社会呼唤节约型校园,建设节约型校园不仅是高校自身可持续发展的需要,更是高校培养合格人才,提高学生综合素质,履行高校社会责任的需要.文章结合有关高校在建设节约型校园中的做法和经验,阐述了节约型校园建设的特点.     

建设节约型校园的几点建议

节约型社会呼唤节约型校园。建设节约型社会是社会发展的必然需求。教育资源是社会资源的重要组成部分,建设节约型校园是高校该承当的社会任务。从高校校园特点出发,笔者认为目前节约型校园建设的重点是节能、节水、节材和保护环境。     

浅谈高校节约型校园建设

节约型校园是时代的选择,节约型社会呼唤节约型校园。文章在分析了制约高校节约型校园建设主要因素的基础上,提出了高校节约型校园建设的思路与对策。     

Markedness and its Interpretation in Language Use

Language markedness is a common phenomenon in languages, and is reflected from hearing, vision and sense, i.e. the variation in the three aspects such as phonology, morphology and semantics. This paper focuses on the interpretation of markedness in language use following the three perspectives, i.e. pragmatic interpretation, psychological interpretation and cognitive interpretation, with an aim to define the function of markedness.     

Characterization of Ordovician carbonate reservoirs, southeastern Saskatchewan, Canada

The discovery of the prolific Ordovician Red River reservoirs in 1995 in southeastern Saskatchewan was the catalyst for extensive exploration activity which resulted in the discovery of more than 15 new Red River pools. The best yields of Red River production to date have been from dolomite reservoirs. Understanding the processes of dolomitization is, therefore, crucial for the prediction of the connectivity, spatial distribution and heterogeneity of dolomite reservoirs.The Red River reservoirs in the Midale area consist of 3～4 thin dolomitized zones, with a total thickness of about 20 m, which occur at the top of the Yeoman Formation. Two types of replacement dolomite were recognized in the Red River reservoir: dolomitized burrow infills and dolomitized host matrix. The spatial distribution of dolomite suggests that burrowing organisms played an important role in facilitating the fluid flow in the backfilled sediments. This resulted in penecontemporaneous dolomitization of burrow infills by normal seawater. The dolomite in the host matrix is interpreted as having occurred at shallow burial by evaporitic seawater during precipitation of Lake Almar anhydrite that immediately overlies the Yeoman Formation. However, the low δ18O values of dolomited burrow infills (-5.9‰～ -7.8‰, PDB) and matrix dolomites (-6.6‰～ -8.1‰, avg. -7.4‰ PDB) compared to the estimated values for the late Ordovician marine dolomite could be attributed to modification and alteration of dolomite at higher temperatures during deeper burial, which could also be responsible for its 87Sr/86Sr ratios (0.7084～0.7088) that are higher than suggested for the late Ordovician seawaters (0.7078～0.7080). The trace amounts of saddle dolomite cement in the Red River carbonates are probably related to "cannibalization" of earlier replacement dolomite during the chemical compaction.     

A computer generator for randomly layered structures

AcomputergeneratorforrandomlylayeredstructuresYUJia shun1,2,HEZhen hua2(1.TheInstituteofGeologicalandNuclearSciences,NewZealand;2.StateKeyLaboratoryofOilandGasReservoirGeologyandExploitation,ChengduUniversityofTechnology,China)Abstract:Analgorithmisintrod…     

低渗透非均质砂岩油藏启动压力梯度研究

理论推导与室内实验相结合,建立了低渗透非均质砂岩油藏启动压力梯度确定方法。首先借助油藏流场与电场相似的原理,推导了非均质砂岩油藏启动压力梯度计算公式。其次基于稳定流实验方法,建立了非均质砂岩油藏启动压力梯度测试方法。结果表明:低渗透非均质砂岩油藏的启动压力梯度确定遵循两个等效原则。平面非均质油藏的启动压力梯度等于各级渗透率段的启动压力梯度关于长度的加权平均;纵向非均质油藏的启动压力梯度等于各渗透率层的启动压力梯度关于渗透率与渗流面积乘积的加权平均。研究成果可用于有效指导低渗透非均质砂岩油藏的合理井距确定,促进该类油藏的高效开发。     

On Tragic Consciousness In The Works By Ernest Hemingway

As an American modern novelist who were famous in the literary world, Hemingway was not a person who always followed the trend but a sharp observer. At the same time, he was a tragedy maestro, he paid great attention on existence, fate and end-result. The dramatis personae's tragedy of his works was an extreme limit by all means tragedy on the meaning of fearless challenge that failed. The beauty of tragedy was not produced on the destruction of life, but now this kind of value was in the impact activity. They performed for the reader about the tragedy on challenging for the limit and the death.     

海南岛地体及其毗邻陆缘晚中生代—新生代古地磁研究和构造演化

本文叙述了对海南岛及其毗邻大陆边缘白垩纪到第四纪地层岩石进行古地磁研究的全部工作过程。通过分析岩石中剩余磁矢量的磁偏角及磁倾角的变化,提出海南岛白垩纪以来经历的构造演化模式如下:早期伴随顺时针旋转而向南迁移,后期伴随逆时针转动并向北运移。联系该地区及邻区的地质、地球物理资料,对海南岛上述的构造地体运动提出以下认识:北部湾内早期有一拉张作用,主要是该作用使湾内地壳显著伸长减薄,形成北部湾盆地。从而导致了海南岛的早期构造运动,而海南岛后期的构造运动则主要是受南海海底扩张的影响。海南地体运动规律的阐明对于了解北部湾油气盆地的形成演化有重要的理论和实际意义。     

An Index mechanism for multi-scale view in spatial databases

There are numerous geometric objects stored in the spatial databases. An importance function in a spatial database is that users can browse the geometric objects as a map efficiently. Thus the spatial database should display the geometric objects users concern about swiftly onto the display window. This process includes two operations:retrieve data from database and then draw them onto screen. Accordingly, to improve the efficiency, we should try to reduce time of both retrieving object and displaying them. The former can be achieved with the aid of spatial index such as R-tree, the latter require to simplify the objects. Simplification means that objects are shown with sufficient but not with unnecessary detail which depend on the scale of browse. So the major problem is how to retrieve data at different detail level efficiently. This paper introduces the implementation of a multi-scale index in the spatial database SISP (Spatial Information Shared Platform) which is generalized from R-tree. The difference between the generalization and the R-tree lies on two facets: One is that every node and geometric object in the generalization is assigned with a importance value which denote the importance of them, and every vertex in the objects are assigned with a importance value,too. The importance value can be use to decide which data should be retrieve from disk in a query. The other difference is that geometric objects in the generalization are divided into one or more sub-blocks, and vertexes are total ordered by their importance value. With the help of the generalized R-tree, one can easily retrieve data at different detail levels.Some experiments are performed on real-life data to evaluate the performance of solutions that separately use normal spatial index and multi-scale spatial index. The results show that the solution using multi-scale index in SISP is satisfying.     

《Chinese Science Bulletin》SUBJECT INDEX TO VOLUME 59(2014)

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Achieving Unusual States of Matter Under High Pressure

The elongation method,originally proposed by Imamura was further developed for many years in our group.As a method towards O(N)with high efficiency and high accuracy for any dimensional systems.This treatment designed for one-dimensional(ID)polymers is now available for three-dimensional(3D)systems,but geometry optimization is now possible only for 1D-systems.As an approach toward post-Hartree-Fock,it was also extended to     

Exciton Seebeck in Molecular Systems

Various applications relevant to the exciton dynamics,such as the organic solar cell,the large-area organic light-emitting diodes and the thermoelectricity,are operating under temperature gradient.The potential abnormal behavior of the exicton dynamics driven by the temperature difference may affect the efficiency and performance of the corresponding devices.In the above situations,the exciton dynamics under temperature difference is mixed with