定价:¥25
作者:史 冬编辑:曾令维 穆安民 出版时间: 2008-01-15
本书为车主随心读丛书之一,主要讲述了汽车基础知识,购买新车,汽车置换与二手车购买,汽车保险与理赔的有关知识。本书供准车主及汽车爱好者阅读。
定价:¥25
作者:史 冬编辑:谭敏 曾春燕 出版时间: 2008-01-15
本书介绍高速路驾驶的相关技巧,在复杂情况下的驾驶:包括夜晚、雨天、雾天、雪天、泥泞、夏季、越野驾驶等;还有自动挡汽车驾驶的高级技巧;正确使用汽车电瓶、软连接牵引驾驶、加装防滑链、使用安全气囊、节油方法等。本书还包含汽车防盗、行车防骗、驾驶者心理调适等内容;以及更换轮胎、处理制动失灵、汽车起火、汽车落水,汽车迎面相撞等意外应对方法。
定价:¥37
作者:刘军 吴春莺编辑:重庆大学出版社 出版时间: 2008-01-11
第1章导论再分析的应用情境效应值——一个关键概念再分析的优势所在再分析的缺点再分析法的近期历史与当代应用本书概要第2章问题指定和研究回溯辨别需要进行再分析的诸项研究结果的形式研究的合格标准再论方法论质量区分、锁定并回溯研究报告搜索参考文献回溯研究报告第3章效应值统计量的选择、计算和编码效应值统计量及其方差关于符号的注解研究结果的类型和可利用的效应值统计量单变量关系(集中趋势描述)双变量关系变量之间的相关多变量关系效应值统计量:小结第4章提出编码框架,对研究报告实施编码编码计划书的提出分析单位和编码的等级层次效应值的编码研究描述项关于编码过程本身的编码信息培训编码员第5章数据管理再分析数据文件的生成在计算机中直接编码用计算机维护文献目录再分析数据文件的结构创建一个用于分析的单个平面文件合并多重文件用于分析第6章分析的问题与策略分析的各个阶段效应值的修正分析效应值均值与分布效应值异质分布的分析统计上相依的效应值的分析额外的分析问题第7章再分析数据的计算技术均值、置信区间和同质性检验对效应值异质性分布的分析加权回归分析制图技术第8章再分析结果的解释与使用解释效应值关于效应值大小的经验方法把效应值转换成其他量纲临床意义和实践意义解释再分析结果时的注意事项研究基础在方法论上的适当性实质性特征与方法论特征的混淆方差的重要性研究之间的差与可推广性抽样偏差再分析对于实践和政策的含义附录A以计算机为基础的文献目录服务部门与相关数据库实例附录B根据合格的研究报告计算效应值的步骤标准化的均值差效应值ESsm的直接计算与ESsm在代数上等价的公式t值或F比率的精确概率水平根据一个频次分布计算均值和标准差基于连续数据的近似值——点二列相关系数估计(X1-X2)和spooled二分化的数据相关系数效应值ESr在定义上的公式离散数据或分组连续数据的联合频次分布一个二分测量和一个连续测量两个二分测量近似值与概率值机率比效应值基于单元频次的计算基于行比例的计算基于单元比例的计算从相关系数和边缘比例导出2×2列联表根据卡方和边缘比例导出2×2列联表从连续性数据中导出机率比附录C微软Excel效应值计算程序附录D进行再分析的SPSS宏指令附录E少年犯挑战项目再分析实例的编码手册和编码表研究层次的编码手册样本描述项研究设计描述项治疗描述项的性质效应值层次的编码手册因变项测量描述项效应值数据研究层次的编码表样本描述项研究设计描述项治疗描述项的性质效应值层次的编码表因变项测量描述项效应值数据推荐阅读参考文献索引
定价:¥33
作者:莎兰·B·麦瑞尔姆著 于泽元译编辑:雷少波 罗杉 出版时间: 2008-01-10
本书内容的组织系统地体现了进行质化研究的过程。第一部分包括三章内容,第1章是对质化研究方法本质的介绍,第2章介绍了作为质化研究方法之一的个案研究方法,第3章系统解释了从事质化研究的程序,包括样本的选择。第二部分包括四章,详细地呈现了资料收集的技术。第三部分的四章内容解决了对收集到的资料的分析,以及信度、效度、研究伦理的处理问题,最后讲述了最终研究报告的写作问题。
定价:¥35
作者:远望图书编辑:李梁 卞林 出版时间: 2008-01-03
《计算机应用文摘2007下半年合订本》分为上、下两个分册,收录电脑应用权威杂志《计算机应用文摘》2007年7~12月的文章,在总体保持原貌的基础上,经过了二次修正和合理编排,采用“分类索引”和“栏目索引”两种目录,使查找文章更为便捷、轻松。全书正文部分包括视点、电脑新生代、专题企划、门市通、数字化生活、OS天地、快乐在线、黑客战线、硬用学堂、密技串串烧、Q来A去等栏目,而附录则配合目前电脑应用热点,列举了10大软件、网络热门应用专题。本书实用性强,荟萃各种电脑软件、系统、网络、数码等应用方案精华,内容全面,并具有方便的查询功能。适合初、中级电脑用户及广大电脑爱好者阅读与收藏,更是电脑用户常用的案头工具书。
定价:¥26
作者:李志 金钦 李苑凌编辑:贾曼 夏宇 出版时间: 2008-01-03
上 篇 职业能力策划能力(Scheming Ability)创造力(Creativity)调研能力(Investigation Ability)洞察力(Discernment)督导能力(The Ability of Supervising and Leading)独立工作能力(The Ability of Autonomous Working)分析能力(Analyzing Ability)公关能力(The Ability of Public Relations)公文处理能力(The Ability of Archivesdisposal)沟通交流能力(Communication Ability)管理能力(Management Ability)归纳能力(Induction Ability)计划能力(Planning Ability)决策能力(The Ability of Decisionmaking)客户服务能力(The Ability of Customer Service)控制能力(Controlling Ability)口头表达能力(The Ability of Oral Expression)理解能力(Comprehensive Ability)领导能力(Leadership)判断能力(Judgement Ability)培训能力(Training Ability)倾听能力(The Ability of Listening)人际交往能力(The Ability of Interpersonal Relationship)设计能力(Design Ability)社交能力(The Ability of Sociality)审美能力(Estheticism)实际操作能力(Operating Ability)适应能力(Adaptation Ability)书面表达能力(Written Ability)数理能力(Mathematical Ability)谈判能力(Negotiation Ability)提案能力(Resolution Ability)统筹能力(Overall Planning Ability)问题解决能力(Problemsolving Ability)想象力(Imagination)协调能力(Balancing Ability)协作能力(Collaboration Ability)心理承受能力(Endurance)宣传能力(Publicizing Ability)学习能力(Learning Ability)演讲能力(The Ability of Giving a Speech)应变能力(Strain Capacity)应对突发事件能力(The Ability of Dealing with Emergencies)营销能力(Marketing Ability)影响力(Influence)研究开发能力(The Ability of Research and Development)预测能力(Foresight Ability)运作能力(Overall Operating Ability)执行力(Execution Ability)指导能力(Coaching Ability)指挥能力(Commanding Ability)专业技能(Professional Skills)自我管理能力(The Ability of Selfmanagement)组织能力(Organizing Ability)下 篇 职业人格保密意识(Secrecy Consciousness)成本意识(Cost Consciousness)成熟稳重(Maturity)诚实守信(Honesty)吃苦耐劳(Toughness)聪慧性(Intelligence)独立性(Independence)奉献精神(Dedication Spirit)服从性(Obedience)服务意识(Sense of Service)工作高效性(Efficiency)果断性(Resolution)激情(Passion)坚韧性(Tenacity)竞争意识(Competitiveness)敬业精神(Job Involvment)开放意识(Openness to Change)开拓性(Groundbreaking)乐观性(Optimism)乐群性(Warmth)耐心(Patience)谦逊(Modesty)亲和力(Affinity Affnity)勤奋好学(Diligence)情绪稳定性(Emotional Stability)求职动机(Job Seeking Motives)全局意识(Global Awareness)时间观念(Concept of Time)事业进取心(Enterprising Spirit)思维灵活性(Flexibility in Thought)思维逻辑性(Logic Thinking)思维敏捷性(Agile Thinking)踏实(Pragmatic Working)团队精神(Team Spirit)外向(Extroversion)细致周密(Carefulness)业余爱好(Avocation)仪表仪态(Appearance)幽默感(Sense of Humor)原则性(Personal Values)责任心(Responsibility)正直(Integrity)职业道德(Professional Ethics)员工忠诚(Degree of Employee Loyalty)主动性(Initiative)自律性(Selfdiscipline)自信心(Confidence) 附录:常见人事测评方法简介后记参考文献
定价:¥29
作者:丁三东 王岫庐译编辑:雷少波 唐启秀 出版时间: 2008-01-02
质性研究的一个重要特点就是以人本身为基本的研究工具,人要去观察、倾听、理解、诠释。因此,在这个过程中关于对研究者、研究对象的保护、关心等伦理问题就显得格外重要。本书内容来自一个由十余位质性研究者组成的工作坊多年来共同研究、讨论的成果。她们长期从事质性研究,并且对于其中的伦理问题给予了特别的关注。
定价:¥50
作者:姜德义编辑:王 勇 出版时间: 2008-01-02
本书是以理论联系实际,理论与应用并重的指导思想编写的。全书共分12章,分别介绍了边坡工程的概况,系统论述了边坡变形与破坏、影响边坡稳定性的主要因素、边坡岩体结构分析、边坡稳定性的理论计算、边坡设计计算图法、确定人工边坡角的经验类比法、滑坡的防治、边坡稳定性监测、边坡变形破坏的预报、边坡坡面的防护以及边坡模型实验方法等,内容广泛、科学系统。全书对一些重要的概念和研究方法按认识规律、实践经验进行了深入探讨,使其内容更加完善;并紧密联系该学科的实际,全面地反映了近年来边坡工程的有关理论与实践。本书可供从事边坡工程的工程技术人员在工程实践中参考,也可供高等学校岩土工程、安全工程、环境工程等专业的学生作为相关的教材或教学参考书。
定价:¥38
作者:远望图书编辑:马声 出版时间: 2007-12-27
《微型计算机2007下半年合订本》分为上、下两个分册,收录电脑硬件权威杂志《微型计算机》2007年7~12月的文章,在总体上保持原貌的基础上,经过了二次修正和合理编排,采用“分类索引”和“栏目索引”两种目录,使查找文章非常方便、快捷、轻松。全书正文部分包含新品速递、产品新赏、移动360°、MC高清实验室、MC评测室、IT时空报道、前沿地带、DIYer经验谈、技术广角、新手上路等栏目,附录是正文部分的补充,列举了8大硬件热门专题,以及实用的主流硬件性能参数速查表。本书实用性强,荟萃目前各种电脑硬件知识和应用方案精华,拥有便捷的查询功能。适合初,中级电脑用户以及广大电脑爱好者阅读与收藏,更是DIYer必备的工具书。
定价:¥38
作者:彭小芹编辑:贾兴文 出版时间: 2007-12-21
目录 "Materials for Civil and Construction EngineersContentsCONTENTS Chapter 1Materials Engineering Concepts 1.1Economic Factors 1.2Mechanical Properties 1.2.1Loading Conditions 1.2.2StressStrain Relations 1.2.3Elastic Behavior 1.2.4Elastoplastic Behavior 1.2.5Work and Energy 1.2.6TimeDependent Response 1.2.7RheologicaI Models 1.2.8Temperature and Time Effects 1.2.9Failure and Safety 1.3NonmechanicaI Properties 1.3.1Density and Unit Weight 1.3.2Thermal Expansion 1.3.3Surface Characteristics 1.4Production and Construction 1.5Aesthetic Characteristics 1.6Material Variability 1.6.1Sampling 1.6.2Normal Distribution 1.6.3Control Charts 1.6.4Experimental Error 1.7 Laboratory Measuring Devices 1.7.1 Dial Gauge 1.7.2Linear Variable Differential Transformer (LVDT) 1.7.3Strain Gauge 1.7.4Proving Ring 1.7.5Load Cell Summary Questions and Problems References Chapter 2Steel 2.1Steel Production 2.2Mechanical Testing of Steel 2.2.1Tension Test 2.2.2Torsion Test 2.2.3Charpy V Notch Impact Test 2.2.4Bend Test 2.2.5Hardness Test 2.2.6Ultrasonic Testing 2.3Steel Corrosion Summary Questions and Problems References Chapter 3Aluminum 3.1Aluminum Production 3.2Aluminum Testing and Properties 3.3Corrosion Summary Questions and Problems References Chapter 4Aggregates 4.1Aggregate Sources 4.2Geological Classification 4.3Evaluation of Aggregate Sources 4.4Aggregate Uses 4.5Aggregate Properties 4.5.1Particle Shape and Surface Texture 4.5.2Soundness and Durability 4.5.3Toughness,Hardness,and Abrasion Resistance 4.5.4Absorption 4.5.5Specific Gravity 4.5.6Bulk Unit Weight and Voids in Aggregate 4.5.7Strength and Modulus 4.5.8Gradation and Maximum Size 4.5.9Deleterious Substances in Aggregate 4.5.10AlkaliAggregate Reactivity 4.5.11Affinity for Asphalt 4.6Sampling Aggregates Summary Questions and Problems References Chapter 5Portland Cement 5.1Portland Cement Production 5.2Chemical Composition of Portland Cement 5.3Fineness of Portland Cement 5.4Specific Gravity of Portland Cement 5.5Hydration of Portland Cement 5.5.1Structure Development in Cement Paste 5.5.2Evaluation of Hydration Progress 5.6Voids in Hydrated Cement 5.7Properties of Hydrated Cement 5.7.1Setting 5.7.2Soundness 5.7.3Compressive Strength 5.8WaterCementitious Materials Ratio 5.9Types of Portland Cement 5.9.1Standard Portland Cement Types 5.9.2Other Cement Types 5.10Mixing Water 5.10.1Acceptable Criteria 5.10.2Disposal and Reuse of Concrete Wash Water 5.11Admixtures for Concrete 5.11.1Air Entrainers 5.11.2Water Reducers 5.11.3Retarders 5.11.4HydrationControl Admixtures 5.11.5Accelerators 5.11.6Supplementary Cementitious Admixtures 5.11.7Specialty Admixtures Summary Questions and Problems References Chapter 6Portland Cement Concrete 6.1Proportioning of Concrete Mixes 6.1.1Basic Steps for Weight and Absolute Volume Methods 6.1.2Mixing Concrete for Small Jobs 6.2Mixing,Placing,and Handling Fresh Concrete 6.2.1ReadyMixed Concrete 6.2.2Mobile Batcher Mixed Concrete 6.2.3Depositing Concrete 6.2.4Pumped Concrete 6.2.5Vibration of Concrete 6.2.6Pitfalls and Precautions for Mixing Water 6.2.7Measuring Air Content in Fresh Concrete 6.2.8Spreading and Finishing Concrete 6.3Curing Concrete 6.3.1Ponding or Immersion 6.3.2Spraying or Fogging 6.3.3Wet Coverings 6.3.4Impervious Papers or Plastic Sheets 6.3.5MembraneForming Compounds 6.3.6Forms Left in Place 6.3.7Steam Curing 6.3.8Insulating Blankets or Covers 6.3.9Electrical,Hot Oil,and lnfrared Curing 6.3.10Curing Period 6.4Properties of Hardened Concrete 6.4.1Early Volume Change 6.4.2Creep Properties 6.4.3Permeability 6.4.4StressStrain Relationship 6.5Testing of Hardened Concrete 6.5.1Compressive Strength Test 6.5.2SplitTension Test 6.5.3Flexure Strength Test 6.5.4Rebound Hammer Test 6.5.5Penetration Resistance Test 6.5.6Ultrasonic Pulse Velocity Test 6.5.7Maturity Test 6.6Alternatives to Conventional Concrete 6.6.1 SelfConsolidating Concrete 6.6.2Flowable Fill 6.6.3Shotcrete 6.6.4Lightweight Concrete 6.6.5Heavyweight Concrete 6.6.6HighStrength Concrete 6.6.7ShrinkageCompensating Concrete 6.6.8Polymers and Concrete 6.6.9FiberReinforced Concrete 6.6.10RollerCompacted Concrete 6.6.11HighPerformance Concrete Summary Questions and Problems References Chapter 7Masonry 7.1Masonry Units 7.1.1Concrete Masonry Units 7.1.2Clay Bricks 7.2Mortar 7.3Grout 7.4Plaster Summary Questions and Problems References Chapter 8Asphalt Binders and Asphalt Mixtures 8.1Types of Asphalt Products 8.2Uses of Asphalt 8.3Temperature Susceptibility of Asphalt 8.4Chemical Properties of Asphalt 8.5Superpave and Performance Grade Binders 8.6Asphalt Concrete 8.7Asphalt Concrete Mix Design 8.7.1Specimen Preparation in the Laboratory 8.7.2Density and Voids Analysis 8.7.3Superpave Mix Design 8.7.4Superpave Simple Performance Tests (SPT) 8.7.5Marshall Method of Mix Design 8.7.6Hveem Method of Mix Design 8.7.7Evaluation of Moisture Susceptibility 8.8Characterization of Asphalt Concrete 8.8.1Indirect Tensile Strength 8.8.2Diametral Tensile Resilient Modulus 8.8.3Freeze and Thaw Test 8.8.4Use of Rheological Models to Analyze TimeDependent Response 8.9Asphalt Concrete Production 8.10Recycling of Asphalt Concrete 8.10.1Surface Recycling 8.10.2Central Plant Recycling 8.10.3InPlace Recycling 8.11Additives 8.11.1Fillers 8.11.2Extenders 8.11.3Rubber 8.11.4Plastics 8.11.5Antistripping Agents 8.11.6Others Summary Questions and Problems References Chapter 9Wood 9.1Structure of Wood 9.1.1Growth Rings 9.1.2Anisotropic Nature of Wood 9.2Chemical Composition 9.3Physical Properties 9.3.1Specific Gravity and Density 9.3.2Thermal Properties 9.3.3Electrical Properties 9.4Mechanical Properties 9.4.1Modulus of Elasticity 9.4.2Strength Properties 9.4.3Creep 9.4.4Damping Capacity 9.5Testing to Determine Mechanical Properties 9.5.1Static Bending Test 9.5.2Compression Tests Summary Questions and Problems References Appendix Laboratory Manual 1.Introduction to Measuring Devices 2.Tension Test of Steel and Aluminum 3.Impact Test of Steel 4.Sieve Analysis of Aggregates 5.Specific Gravity and Absorption of Coarse Aggregate 6.Specific Gravity and Absorption of Fine Aggregate 7.Bulk Unit Weight and Voids in Aggregate 8.Slump of Freshly Mixed Portland Cement Concrete 9.Unit Weight and Yield of Freshly Mixed Concrete 10.Air Content of Freshly Mixed Concrete by Pressure Method 11.Air Content of Freshly Mixed Concrete by Volumetric Method 12.Making and Curing Concrete Cylinders and Beams 13.Flexural Strength of Concrete 14.Penetration Test of Asphalt Cement 15.Absolute Viscosity Test of Asphalt 16.Preparing and Determining the Density of HotMix Asphalt (HMA) Specimens by Means of the Superpave Gyratory Compactor 17.Preparation of Asphalt Concrete Specimens Using the Marshall Compactor 18.Bulk Specific Gravity of Compacted Bituminious Mixtures 19.Marshall Stability and Flow of Asphalt Concrete 20.Bending and Compression Tests of Wood 21.Tensile Properties of Plastics Glossary"