做好学生思想工作的有效方法和途径

笔者结合自己的工作实际,谈了对学生思想工作的认识,并提出了做好此项工作的有效方法和途径。     

强化社会主义新农村建设的产业支撑--以科学发展观为指导,推进现代农业建设

推进现代农业建设,强化社会主义新农村建设的产业支撑,坚持用科学发展观统领我国“三农”工作全局。     

新加坡对外国律师活动管理情况简介

<正> 近二十年来,新加坡逐步发展为国际金融贸易中心之一。随着国际经济交往的日益扩大,与此相关联的法律事务也日益增多。1972年,新加坡为适应本国经济发展需要,从促进对外经济往来的愿望出发,开始允许外国律师在新加坡设立办事机构并从事一定范围内的业务活动。据了解,最先获准在新加坡设立办事机构的外国律师事务所是美国的高特兄弟律师事务     

我国设立归扣制度的基础与制度构建研究

归扣制度具有保障共同继承人公平地分配遗产的功能。设立归扣制度,符合我国当代民众财产日益丰富的现实国情,能够彰显法律的平等、自由、公平和效率价值。为此,可借鉴相关国外立法,结合我国实际提出设立我国归扣制度的立法建议。     

犯罪构成与刑事诉讼之证明——犯罪构成程序机能的初步拓展

犯罪构成的核心,乃定位于犯罪的实体评价机制。然而,如果仅仅将犯罪构成的意义局限于实体层面,就会陷入某种片面。事实上,犯罪构成是刑事诉讼过程中整体性的指导观念,在其体系构建的背后,存在着复杂的程序主义考量。文章以德日、英美法系为讨论背景,以犯罪构成与刑事诉讼证明的勾连为切入点,尝试对犯罪构成体系的程序价值予以初步拓展,同时为中国犯罪构成体系之改进,提供某种批判性的思路。在作者看来,犯罪构成可谓是指导刑事诉讼证明的概念框架。这不仅是因为,犯罪构成的要件集合决定了实体形成的基本轮廓,从而限定了待证对象的大体范围;也不仅仅是因为,犯罪构成的位阶顺序,规定着举证责任的履行顺序,双方举证责任的转换与推进,正是在位阶体系的轨迹上前行;更为重要的是因为,犯罪构成的体系结构,决定了形式证明责任的分配界限,制约着证明标准的尺度高低。从某种意义上讲,刑事诉讼证明中的基本问题,都必须回到犯罪构成的层面,才能获得妥当而可靠的解决。     

城市管理综合行政执法体制、机制创新的法理学思考——以安徽省城市管理行政执法为例

城市管理综合行政执法自建立以来,一定程度上缓解了多头执法、执法交叉、效率低下问题,但也存在的范围过窄、事权错位、处罚公信力下降等现象。为了解决这些矛盾,各地纷纷进行了诸如相对集中行政处罚权范围进一步扩大,城管综合行政执法权进一步下移,重大行政处罚群众公议等一系列体制、机制创新。这些创新在现实中取得了一定的成效,但同时也面临着合法性和合理性的质疑。为了完善创新,务必正确理解创新与法治政府建设的关系,通过完善立法,破解城管行政执法体制、机制创新的无序状态,建立专家参与与公民主体相结合的程序机制,促进体制、机制创新更加合法、合理。     

社会主义核心价值观:理性认知与情感认同——对暨南大学境外生的调查分析

本文通过对暨南大学境外生的问卷调查与深度访谈,研究在"一国两制"框架下,境外生对社会主义核心价值观的理性认知与情感认同状况,与调查前的假设相对比,提出了值得讨论与思考的问题,并得出了相应的结论,提出了相应的对策。     

徒手控制技战术在警察抓捕行动中的应用研究

徒手控制抓捕是人民警察在执法行动中最常用的技法之一,合法、适当、有效地运用徒手控制技战术,是保证人民警察顺利完成任务的关键。从实战角度去阐述徒手控制抓捕的现实意义、在应用徒手控制技术时对所涉及到的人体关节生理结构分析、徒手控制的实战技战术动作及在抓捕实施过程中应注意的问题等方面的研究,以便提高人民警察临战处置能力。     

Analyzing the uncertainty of simulation results in accident reconstruction with Response Surface Methodology

This paper is focused on the uncertainty of simulation results in accident reconstruction. The Upper and Lower Bound Method (ULM) and the Finite Difference Method (FDM), which can be easily applied in this field, are introduced firstly; the Response Surface Methodology (RSM) is then introduced into this field as an alternative methodology. In RSM, a sample set is firstly generated via uniform design; secondly, experiments are conducted according to the sample set with the help of simulation methods; thirdly, a response surface model is determined through regression analysis; finally, the uncertainty of simulation results can be analyzed using a combination of the response surface model and existing uncertainty analysis methods. It is later discussed in detail how to generate a sample set, how to calculate the range of simulation results and how to analyze the parameter sensitivity in RSM. Finally, the feasibility of RSM is validated by five cases. Moreover, the applicability of RSM, ULM and FDM in analyzing the uncertainty of simulation results is studied; the phenomena that ULM and FDM can hardly work while RSM can is found in the latter two cases. After an analysis of these five cases and the number of simulation runs required for each method, both advantages and disadvantages of these uncertainty analysis methods are indicated.     

The Optimal Combination of Cartilage Source and Apparatus for Long‐Term In Vitro Chondrocyte Viability Analysis

Abstract: Most studies of long‐term chondrocytes survival were for tissue banks. They showed a gradual reduction in the viable chondrocytes percentage as a function of time and ambient temperature, but the samples were harvested under optimal conditions. The aim of our study was to determine the most reliable combination of cartilage source and assay for the in vitro postmortem chondrocyte viability analysis in the conditions that imitate a dead body. Osteochondral cylinders were procured from femoral condyles and talar trochleas of three male donors and stored in the cell culture media at 4 ± 2°C and 23 ± 2°C. The samples were analyzed by a cell viability analyzer and a confocal laser scanning microscope (CLSM) initially 24–36 h after death and then in 4‐week intervals. The results reconfirmed the significant influence of time (p = 0.0002), but not of the temperature (p = 0.237). The largest reproducibility was presented for the knee joint and the CLSM.