从“江苏期刊编辑技能大赛”看编辑职业素养的提升和完善

江苏期刊编辑技能大赛作为一个平台,可以提高期刊编辑部或杂志社的期刊管理水平,能够督促编辑在工作中自主学习,在一定程度上帮助编辑优化和完善知识结构,从而有效提升和完善编辑的职业技能.     

浅析CET-4听力理解题与答题技巧

大学英语的教学目的是“使学生能以英语为工具,获取所需信息”。听车理解,即“听而理解意思”。在考试中要求考生边听、边理解、边阅读、边猜测（推断）,边作选择。本文通过对大学生英语CET－4听力理解题的分析谈一些答题技巧。     

关于工程招投标中"合理低价"的探讨

通过分析现有的建设工程造价构成的特点和存在的问题,就在现行的工程招投标机制下界定"合理低价"应考虑的因素及应采用的措施进行了探讨,为科学客观地测算工程合理低价提供了参考。     

面向决策的“城市病”诊治情报服务探索

[目的/意义]探究面向决策的“城市病”诊治情报服务模式有利于对“城市病”问题进行综合把脉,帮助城市管理者迅速找准病因、症结,从而提升社会治理效率。[方法/过程]在总结“城市病”诊治相关理论与实践现状的基础上,从宏观环境（信息环境）、中观资源（大数据战略）与用户需求（决策需求）3个层面归纳“城市病”诊治情报服务的推动力,探讨“城市病”诊治情报服务体系的组织架构以及运行机制,指出“城市病”诊治情报服务应是环环相扣、动态演进、递进循环的工程化流程。[结果/结论]情报服务的介入可以促使“城市病”诊治过程更为精细化、系统化与协同化,为政府城市管理与决策提供极为有益的信息决策参考。按照工程化情报服务思维,“城市病”诊治思路将从被动的“应对”向主动的“服务”转变。     

面向应急决策的智慧城市情报工程实践与应用

［目的/意义］将情报工程思维运用至城市突发事件应急领域,旨在强化智慧城市应急决策中的情报支持作用,推进智慧应急的科学化与民主化。［方法/过程］分析当前智慧城市应急情报需求特性,在此基础上引入情报工程理念,从事实数据、工具方法与专家智慧3个层面和学科、社会与政府3个视角论述面向应急决策的智慧城市情报工程实践与应用等。［结果/结论］在大数据时代,以智慧应急为“主位”,以情报工程为“述位”,构建以大数据资源为基,以情报融合为核,以专家智慧为支的智慧应急情报工程体系架构尤为必要。     

高端技术技能型本科人才培养目标定位——以土木工程专业人才培养为例

随着我国经济发展方式的变化和产业结构的调整,传统职业教育人才培养已不能完全满足现代工业化发展对人才的要求。高端技术技能型本科是近年来为适应现代社会、经济和技术发展的需要提出的一种新的教育类型。目前,高端技术技能型本科人才培养相关的理论研究及试行经验均未成熟,普遍存在对高端技术技能型人才培养的目标定位、内涵等认识不够清楚的问题。本文依托四川省教育厅关于开展高端技术技能型本科人才培养改革试点的背景,通过对普通本科、应用型本科、高职专科三种层次的人才培养目标对比分析,并结合土木工程专业特点,初步提出了土木工程专业高端技术技能型本科人才培养目标定位,揭示了其内涵。相关成果可以为高端技术技能型人才培养提供借鉴参考。     

英语阅读障碍的克服

在第二语言学习中，阅读英语阅读能力不高，主要原因是阅读时有很多障碍，克服这些障碍，是提高阅读阅读能力的关键。     

论当前高师美术教育色彩课的几个授课环节

色彩课是高师美术教育的重要组成部分,为了突出学科特点,在授课过程中必须把握好授课环节,紧紧围绕培养学生的综合能力来进行强化训练,以达到最终教学目的。     

Mediating effects of resistance training skill competency on health-related fitness and physical activity: the ATLAS cluster randomised controlled trial

The purpose of this study was to examine the mediating effect of resistance training skill competency on percentage of body fat, muscular fitness and physical activity among a sample of adolescent boys participating in a school-based obesity prevention intervention. Participants were 361 adolescent boys taking part in the Active Teen Leaders Avoiding Screen-time (ATLAS) cluster randomised controlled trial: a school-based program targeting the health behaviours of economically disadvantaged adolescent males considered “at-risk” of obesity. Body fat percentage (bioelectrical impedance), muscular fitness (hand grip dynamometry and push-ups), physical activity (accelerometry) and resistance training skill competency were assessed at baseline and post-intervention (i.e., 8 months). Three separate multi-level mediation models were analysed to investigate the potential mediating effects of resistance training skill competency on each of the study outcomes using a product-of-coefficients test. Analyses followed the intention-to-treat principle. The intervention had a significant impact on the resistance training skill competency of the boys, and improvements in skill competency significantly mediated the effect of the intervention on percentage of body fat and the combined muscular fitness score. No significant mediated effects were found for physical activity. Improving resistance training skill competency may be an effective strategy for achieving improvements in body composition and muscular fitness in adolescent boys.     

Dribbling determinants in sub-elite youth soccer players

Dribbling speed in soccer is considered critical to the outcome of the game and can assist in the talent identification process. However, little is known about the biomechanics of this skill. By means of a motion capture system, we aimed to quantitatively investigate the determinants of effective dribbling skill in a group of 10 Under-13 sub-elite players, divided by the median-split technique according to their dribbling test time (faster and slower groups). Foot-ball contacts cadence, centre of mass (CoM), ranges of motion (RoM), velocity and acceleration, as well as stride length, cadence and variability were computed. Hip and knee joint RoMs were also considered. Faster players, as compared to slower players, showed a 30% higher foot-ball cadence (3.0 ± 0.1 vs. 2.3 ± 0.2 contacts · s^?1, P < 0.01); reduced CoM mediolateral (0.91 ± 0.05 vs. 1.14 ± 0.16 m, P < 0.05) and vertical (0.19 ± 0.01 vs. 0.25 ± 0.03 m, P < 0.05) RoMs; higher right stride cadence (+20%, P < 0.05) with lower variability (P < 0.05); reduced hip and knee flexion RoMs (P < 0.05). In conclusion, faster players are able to run with the ball through a shorter path in a more economical way. To effectively develop dribbling skill, coaches are encouraged to design specific practices where high stride frequency and narrow run trajectories are required.