化学工程与工艺专业英语课后习题参考答案
Key to Exercise Unit 1 Chemical Industries
1.the Industrial Revolution
https://www.360docs.net/doc/224683555.html,anic chemicals
3.the contact process
4.the Haber process
5.synthetic polymers
6.intermediates
7.artificial fertilizers 8.pesticides (crop protection chemicals)
9.synthetic fibers
10.pharmaceutical
11.research and development
12.petrochemical
https://www.360docs.net/doc/224683555.html,puters(automatic control equipment)
14.capital intensive
Some Chemicals Used In Our Daily Life
Unit 2 Research and Development
1.R&D
2.ideas and knowledge
3.process and products
4.fundamental
5.applied
6.product development
7.existing product
8.pilot plant
9.profitbility
10.environmental impact
11.energy cost 12.technical support
13.process improvement
14.effluent treatment
15.pharmaceutical
16.sufficiently pure
17.Reaction
18.unreacted material
19.by-products
20.the product specification
21.Product storage
Unit 3 Typical Activities of Chemical Engineers
1.Mechanical
2.electrical
3.civil
4.scale-up
https://www.360docs.net/doc/224683555.html,mercial-size
6.reactors
7.distillation columns
8.pumps
9.control and instrumentation
10.mathematics
11.industry
12.academia
13.steam 14.cooling water
15.an economical
16.to improve
17.P&I Drawings
18.Equipment Specification Sheets
19.Construction
20.capacity and performance
21.bottlenecks
22.Technical Sales
23.new or improved
24.engineering methods
25.configurations
Unit 4 Sources of Chemicals
1.inorganic chemicals
2.derive from (originate from)
3.petrochemical processes
4.Metallic ores
5.extraction process
6.non-renewable resource
7.renewable sources
8.energy source
9.fermentation process
10.selective 11.raw material
12.separation and purification
13.food industry
14.to be wetted
15.Key to success
16.Crushing and grinding
17.Sieving
18.Stirring and bubbling
19.Surface active agents
20.Overflowing
Unit 5 Basic Chemicals 1. Ethylene 2. acetic acid 3.
4. Polyvinyl acetate
5. Emulsion paint
Unit 6 Chlor-Alkali and Related Processes 1. Ammonia 2. ammonia absorber 3. NaCl & NH 4OH 4.
5. NH 4Cl
6. Rotary drier
7. Light Na 2CO 3
Unit 7 Ammonia, Nitric Acid and Urea 1. kinetically inert 2. some iron compounds 3. exothermic 4. conversion 5. a reasonable speed 6. lower pressures 7. higher temperatures 8.
9. energy 10. steam reforming 11. carbon monoxide 12. secondary reformer 13. the shift reaction 14. methane 15. 3:1
Unit 8 Petroleum Processing 1. organic chemicals 2. H:C ratios
3. high temperature carbonization
4. crude tar
5. pyrolysis
6. poor selectivity
7. consumption of hydrogen
8. the pilot stage
9. surface and underground 10.
fluidized bed 11. Biotechnology 12. sulfur species
Unit 9 Polymers
Unit 10 What Is Chemical Engineering
Microscale (≤10-3m)
●Atomic and molecular studies of catalysts
●Chemical processing in the manufacture of integrated circuits
●Studies of the dynamics of suspensions and microstructured fluids
Mesoscale (10-3－102m)
●Improving the rate and capacity of separations equipment
●Design of injection molding equipment to produce car bumpers made
from polymers
●Designing feedback control systems for bioreactors
Macroscale (>10m)
●Operability analysis and control system synthesis for an entire chemical
plant
●Mathematical modeling of transport and chemical reactions of
combustion-generated air pollutants
●Manipulating a petroleum reservoir during enhanced oil recovery
through remote sensing of process data, development and use of dynamic
models of underground interactions, and selective injection of chemicals
to improve efficiency of recovery
Unit 12 What Do We Mean by Transport Phenomena?
1.density
2.viscosity
3.tube diameter
4.Reynolds
5.eddies
https://www.360docs.net/doc/224683555.html,minar flow
7.turbulent flow 8.velocity fluctuations
9.solid surface
10.ideal fluids
11.viscosity
12.Prandtl
13.fluid dynamics
Unit 13 Unit Operations in Chemical Engineering 1. physical 2. unit operations 3. identical 4. A. D. Little 5. fluid flow
6. membrane separation
7. crystallization
8. filtration
9. material balance 10. equilibrium stage model 11. Hydrocyclones 12. Filtration 13. Gravity 14. Vaccum
Unit 14 Distillation Operations 1. relative volatilities 2. contacting trays 3. reboiler
4. an overhead condenser
5. reflux
6. plates
7. packing
8.
9. rectifying section 10. energy-input requirement 11. overall thermodynamic efficiency 12. tray efficiencies 13. Batch operation 14. composition 15. a rectifying batch 1 < 2 < 3
Unit 15 Solvent Extraction, Leaching and Adsorption 1. a liquid solvent 2. solubilities 3. leaching 4. distillation 5. extract 6. raffinate 7. countercurrent 8. a fluid 9. adsorbed phase 10. 400,000 11. original condition 12. total pressure 13. equivalent numbers 14. H + or OH –
15. regenerant 16. process flow rates
17. deterioration of performance 18. closely similar 19. stationary phase 20. mobile phase
21. distribution coefficients 22. selective membranes 23. synthetic
24. ambient temperature 25. ultrafiltration
26. reverse osmosis (RO).
Unit 16 Evaporation, Crystallization and Drying 1. concentrate solutions 2. solids 3. circulation 4. viscosity 5. heat sensitivity 6. heat transfer surfaces 7. the long tube
8. multiple-effect evaporators 9.
10. condensers 11. supersaturation 12. circulation pump 13. heat exchanger 14. swirl breaker 15. circulating pipe 16. Product
17. non-condensable gas
Unit 17 Chemical Reaction Engineering
1.design
2.optimization
3.control
4.unit operations (UO)
5.many disciplines
6.kinetics
7.thermodynamics,
8.fluid mechanics
9.microscopic
10.chemical reactions 11.more valuable products
12.harmless products
13.serves the needs
14.the chemical reactors
15.flowchart
16.necessarily
17.tail
18.each reaction
19.temperature and concentrations
20.linear
Unit 18 Chemical Engineering Modeling
1.optimization
2.mathematical equations
3.time
4.experiments
5.greater understanding
6.empirical approach
7.experimental design
8.differing process condition
9.control systems 10.feeding strategies
11.training and education
12.definition of problem
13.mathematical model
14.numerical methods
15.tabulated or graphical
16.experimental data
https://www.360docs.net/doc/224683555.html,rmation
1.the preliminary economics
2.technological changes
3.pilot-plant data
4.process alternatives
5.trade-offs
6.Off-design
7.Feedstocks 8.optimize
9.plant operations
10.energy
11.bottlenecking
12.yield and throughput
13.Revamping
14.new catalyst
Unit 19 Introduction to Process Design
1. a flowsheet
2.control scheme
3.process manuals
4.profit
5.sustainable industrial activities
6.waste
7.health
8.safety
9. a reactor
10.tradeoffs
11.optimizations
12.hierarchy
Unit 20 Materials Science and Chemical Engineering
1.the producing species
2.nutrient medium
3.fermentation step
4.biomass
5.biomass separation
6.drying agent
7.product
8.water
9.biological purification
Unit 21 Chemical Industry and Environment
1.Atmospheric chemistry
2.stratospheric ozone depletion
3.acid rain
4.environmentally friendly products
5.biodegradable
6.harmful by-product
7.efficiently
8.power plant emissions 9.different plastics
10.recycled or disposed
11.acidic waste solutions
https://www.360docs.net/doc/224683555.html,anic components
13.membrane technology
14.biotechnology
15.microorganisms
数学专业英语
数学专业英语课后答案
2.1数学、方程与比例 词组翻译 1.数学分支branches of mathematics，算数arithmetics，几何学geometry，代数学algebra，三角学trigonometry，高等数学higher mathematics，初等数学elementary mathematics，高等代数higher algebra，数学分析mathematical analysis，函数论function theory，微分方程differential equation 2.命题proposition，公理axiom，公设postulate，定义definition，定理theorem，引理lemma，推论deduction 3.形form，数number，数字numeral，数值numerical value，图形figure，公式formula，符号notation(symbol)，记法/记号sign，图表chart 4.概念conception，相等equality，成立/真true，不成立/不真untrue，等式equation，恒等式identity，条件等式equation of condition，项/术语term，集set，函数function，常数constant，方程equation，线性方程linear equation，二次方程quadratic equation 5.运算operation，加法addition，减法subtraction，乘法multiplication，除法division，证明proof，推理deduction，逻辑推理logical deduction 6.测量土地to measure land，推导定理to deduce theorems，指定的运算indicated operation，获得结论to obtain the conclusions，占据中心地位to occupy the centric place 汉译英 （1）数学来源于人类的社会实践，包括工农业的劳动，商业、军事和科学技术研究等活动。 Mathematics comes from man’s social practice, for example, industrial and agricultural production, commercial activities, military operations and scientific and technological researches. （2）如果没有运用数学，任何一个科学技术分支都不可能正常地发展。 No modern scientific and technological branches could be regularly developed without the application of mathematics. （3）符号在数学中起着非常重要的作用，它常用于表示概念和命题。 Notations are a special and powerful tool of mathematics and are used to express conceptions and propositions very often. （4）17 世纪之前，人们局限于初等数学，即几何、三角和代数，那时只考虑常数。Before 17th century, man confined himself to the elementary mathematics, i. e. , geometry, trigonometry and algebra, in which only the constants were considered. （5）方程与算数的等式不同在于它含有可以参加运算的未知量。 Equation is different from arithmetic identity in that it contains unknown quantity which can join operations. （6）方程又称为条件等式，因为其中的未知量通常只允许取某些特定的值。Equipment is called an equation of condition in that it is true only for certain values of unknown quantities in it. （7）方程很有用，可以用它来解决许多实际应用问题。
专业英语课后习题答案
Lesson2 Exercises 1. Put the following into Chinese. （1）Ohm’s law states that the voltage across a resistor is directly proportional to the current flowing through the resistor. The constant of proportionality is the resistance value of the resistor in ohms. 流过电路里电阻的电流，与加在电阻两端的电压成正比，与电阻的阻值成反比。这就是欧姆定律。 （2）Many materials, however, closely approximate an ideal linear resistor over a desired operating region. 不过，许多材料在规定的工作范围内非常接近理想线性电阻。 （3）It should be noted that an ideal voltage source (dependent or independent ) will produce any current required to ensure that the terminal voltage is as stated, whereas an ideal current source will produce the necessary voltage to ensure the stated current flow. 应该注意：一个理想电压源（独立或受控）可向电路提供任意电流以保证其端电压为规定值，而电流源可向电路提供任意电压以保证其规定电流。 （4）A different class of relationship occurs because of the restriction that some specific type of network element places on the variables. Still another class of relationship is one between several variable of the same type which occurs as the result of the network configuration, i. e., the manner in which the various element of the network are interconnected. 一种不同类型的关系是由于网络元件的某种特定类型的连接对变量的约束。另一类关系由于网络结构，即网络的不同元件互相连接的方式所产生的相同形式的一些变量间的关系。 （5）The thermal conductivity of metals is as much as several hundred times that of glass. 金属的导热率比玻璃高几百倍。 （6）Magnetic line of force will，whenever passible, travel through iron or other magnetic materials. 磁力线只要有可能就会通过铁或其它磁性材料。 （7）Actually, 0 o C is indeed the lower limit to temperatures capable of being attained. 事实上绝对零度确是所能达到的温度的最低限度。 2. Translate the following into English. （1）电路元件吸收或释放的功率为元件两端的电压与流过该元件电流的乘积。 The power absorbed or supplied by a circuit element is the product of the voltage across the element and the current through it. （2）理想独立电源是一个有源元件，它所提供的电压或电流不依赖于电路中其他变量。 An ideal independent source is an active element that provides a specified voltage or current that is completely independent of other circuit variables. （3）受控电源是一个有源元件，它所提供的电压或电流受电路中某部分电压或电流控制。 An ideal dependent (or controlled) source is an active element in which the source quantity is controlled by another voltage or current. （4）叠加定理为：线性电路中，任一电压或电流都是电路中各个独立电源单独作用时，在该处产生的电压或电流的叠加。 The superposition principle states that the voltage across (or current through) an element in a linear circuit is the algebraic sum of the voltages across (or current through) that element due to each independent source acting alone. （5）计算机可分为模拟计算机和数字计算机两种。Computers may be classfied as analog and digital．（6）新型晶体管的开关时间缩短了三分之二。The switching time of the new-type transistor is shortened three times． （7）超导体在电气应用上的重要性不能被估计过高。The importance of superconductor in the uses of electricity cannot be overestimated.
数学专业英语课后答案
2.1 数学、方程与比例 （1）数学来源于人类的社会实践，包括工农业的劳动，商业、军事和科学技术研究等活动。 Mathematics comes from man’s social practice, for example, industrial and agricultural production, commercial activities, military operations and scientific and technological researches. （2）如果没有运用数学，任何一个科学技术分支都不可能正常地发展。 No modern scientific and technological branches could be regularly developed without the application of mathematics. （3）符号在数学中起着非常重要的作用，它常用于表示概念和命题。Notations are a special and powerful tool of mathematics and are used to express conceptions and propositions very often. （4）17 世纪之前，人们局限于初等数学，即几何、三角和代数，那时只考虑常数。 Before 17th century, man confined himself to the elementary mathematics, i. e. , geometry, trigonometry and algebra, in which only the constants were considered. （5）方程与算数的等式不同在于它含有可以参加运算的未知量。 Equation is different from arithmetic identity in that it contains unknown quantity which can join operations. （6）方程又称为条件等式，因为其中的未知量通常只允许取某些特定的值。Equipment is called an equation of condition in that it is true only for certain values of unknown quantities in it. （7）方程很有用，可以用它来解决许多实际应用问题。 Equations are of very great use. We can use equations in many mathematical problems. （8）解方程时要进行一系列移项和同解变形，最后求出它的根，即未知量的值。To solve the equation means to move and change the terms about without making the equation untrue, until the root of the equation is obtained, which is the value of unknown term. 2.2 几何与三角 （1）许多专家都认为数学是学习其他科学技术的必备基础和先决条件。 Many experts recognize that mathematics is the necessary foundation and prerequisite of studying other science technology. （2）西方国家的专家认为几何起源于巴比伦和埃及人的土地测量技术，其实中国古代的数学家对几何做了许多出色的研究。 The western experts think that geometry had its origin in the measurements by the Babylonians and Egyptians of their lands. Infect, the ancient Chinese mathematicians made much remarkable study for geometry. （3）几何的学习使学生在思考问题时更周密和审慎，他们将不会盲目接受任何结论。 In studying geometry, the student is taught to think clearly and critically and he is led away from the practice of blind acceptance of any conclusions. （4）数学培养学生的分析问题的能力，使他们能应用毅力、创造性和逻辑推理来解决问题。
数学专业英语一次函数专题
“数学专业英语一次函数专题”教学设计 1. 教学内容及解析 教学内容：与直角坐标系及一次函数相关的英语文献资料 内容解析：本节内容应从两个方面去考虑. 一方面，从数学知识的角度，本节所涉及的是从平面直角坐标系到一次函数的数学知识，都是学生学过的基础知识及其应用，是对于这些知识的拉练式复习，并作为后面用英语叙述解答相关问题知识基础；另一方面，从语言的角度，学生会接触到大量没有接触过，但他们却很熟悉的英语词汇及短语，主动学习的学生可以在老师的指导下快速理解其含义并加入到自己的知识体系中，但需要花时间巩固，是需要读、写、说来巩固的内容. 这也正是本节的重点和难点所在. 2. 教学目标及解析 教学目标：①能根据已有的数学知识和给出的单词对照表，将给出的相关数学定理及结论的英语版本翻译为中文；②能理解并解答用英语表述的相关数学问题；③能将解决数学问题的过程用英语进行书面表述；④初步了解用英语表达与直角坐标系及一次函数相关数学理论的范式. 目标解析：学生掌握基本词汇，并能阅读与本节内容相关的英语文献，是学习和使用数学专业英语的最基本要求，学生需要在学习的过程中逐渐由接受，即阅读或聆听，逐渐向输出，即书面和口头表达的方向发展. 为达到此目标，学生需要在课前独立完成对于本节需要的单词的学习，并阅读一系列简短的相关数学文献，并在这个过程中初步体会数学专业英语的表达范式；在课堂上，在教师的指导下对自己的认知进一步补充，并进行一定量的练习，暴露自己的问题，在教师的帮助下修正问题，完善认知. 3. 教学问题诊断分析 学生在进行语言表达时，往往受到母语的限制，对于非母语的表达方式的接受能力一时难以习惯，而数学对于表达能力则有更高的要求，要求叙述简洁、逻辑清晰，因此本教学设计强调学生在有相当阅读量的积累后，通过自主练习，逐渐感受用英语表达数学理论的基本范式. 教师在教学过程中的主要任务在于为学生提供合适的学习资料，在学生学习的过程中给予提示与指导，及时指出学生的问题并予以纠正. 对于语言的学习，阅读量的积累是至关重要的，教师在课堂上的讲解、学生在课堂上的练习，都只是学习的一部分环节，如果需要帮助学生正确掌握表达数学理论的范式，尽量不留死角，就必须保证课前预习和课后复习的有效性，预习复习材料的充足性，这对教师的教学资料的积累和学生自主学习能力，都是一个挑战. 4. 教学支持条件分析 学情条件：初二8班是实验班，学生有较强的学习热情和好奇心，也知道课前预习、课上参与学习活动、课后复习的重要性，在曾经的数学课程教学中，也有一定的课前预习，课堂讨论的传统，对于本教学设计的各个环节，是可以理解教师的用意，并遵循教师的指导进行学习活动. 在知识层面上，学生已经系统学习过一次函数相关的知识，课程中提供的学习资料都是学生熟悉的数学知识；学生在英语学习上，已经有多年的积累，对于英语语法的学
专业英语部分习题答案参考
b--吡啶pyridine 巴比妥酸:barbituric acid比电导conductance 不规则的:irregular 崩解剂disintegrant c--萃取extraction 成团:agglomeration 测量仪measurement 肠液:intestinal fluid d--胆固醇cholestero 对映体:enantiomer 电极electrode 代谢:metabolism f--反相渗透reverse osmosis 分布:disposition g--构象:conformation 固化:solidize j--甲苯toluene 静脉注:intravenous injection 挤压:compress 聚集:aggregate 胶囊capsule l--粒子:particle 立体选择性:stereoselectivity 利用率:availability m--灭菌产品sterile products n--粘合剂adhesive p--偏振光:polarized light 片剂tablet 配剂elixir 排泄:excretion q--起始原料starting materials(raw materials) q醛aldehyde r--溶解度:solubility 乳剂emulsion 润滑剂lubricant s--释放:release 渗液solution 生物膜:biologic membrane 生物碱alkaloid, t---糖浆syrup 甜味剂sweetener w--丸剂pill 微生物microorganism 胃液:gastric fluid 稳定态:steady-state x--旋光异构现象:optical isomerism 悬浮液suspension 香味剂flavor 稀释剂diluent 形状:shape 吸收:absorption 消除:elimination y--胰岛素insulin 压片:tablet compression z--中间体intermediate 重结晶recrystallization 左旋:levorotation 蒸馏distillation 组织tissue a--asymmetric carbon不对称碳absorption吸收action动作adhesive粘合剂c--contamination污染chirality:手性compress压缩composite合成的compressibility:可压缩性compaction:压紧contamination specialize特殊污染conductivity电导率control:控制clinical:临床的 d--design:设计dry:干燥delivery:传送 e-- extend:延长epoxide:环氧化物 f-- formulation:制剂fluidity:流动性f unction:功能 g--geometric isomerism:几何异构 h-- hormone激素hydrolysis diastereoisomer:水解非对映异构体 heterogeneous catalyst多相催化剂， i--irrigating冲洗 m-- metabolite代谢物medication药物治疗medicine内服药mill:研磨measure尺寸mix:混合microorganisms微生物 o--ophthalmic眼药 p-- polysaccharide多糖peptide肽plasma血浆penicillin青霉素，precursor:前体partition coefficient:狭义分配系数pharmaceutical制药的parenteral注射药物pycogens热源procedure:程序 q-- quality性质quantity数量 s-- steroid甾类steric effect:空间效应stereoselectivity:立体选择性screening:过筛sustain :维持 t-- treat治疗therapy:治疗 u--uniformity目标v--vaccine疫苗
数学专业英语课后答案
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第34卷第10期2017年10月 吉林化工学院学报 JOURNAL OF JILIN INSTITUTE OF CHEMICAL TECHNOLOGY V〇1.34N〇.10 Oct.2017 文章编号：1007-2853(2017) 10-0069-03 关于数学专业英语课程的研究与探讨 许洁 (吉林化工学院理学院，吉林吉林132022) 摘要：通过介绍数学专业英语课程开设目的，结合专业本身的特点对数学专业英语课程进行研究，分析 当前数学专业英语课程在教与学过程中存在的问题，并对相应问题的解决提出思考。希望通过对授课 方法，评价体系等方面的改革不断提高数学专业英语的实用性，培养出适应社会发展需要的专业化 人才。 关键词：数学专业英语;教学方法;评价体系 中图分类号：H319 文献标志码：A D0l：10.16039/https://www.360docs.net/doc/224683555.html,22-1249.2017.10.017 随着计算机科学技术的迅速发展，人们进入 了高速发展的信息时代。信息时代拉近了人与人之间的距离，增进了国际间的交流合作。社会生活的信息化、经济的全球化，使英语的重要性日益突出。英语成为许多领域重要的通用语言。绝大多数学科前沿的学术论文都是用英文撰写。许多领域的学术、科技交流会议也以英语作为官方语 言的首选。培养具有国际交流能力的人才势在必行，掌握具有国际交流能力的专业人才又成为高 校培养人才的重中之重。 一、专业英语课程开设的目的 伴随着人类社会进入21世纪，我国的教育也面临着如何进一步与国际接轨的问题。教育部提出了高等学校各专业逐步使用英文教材，培养学生阅读英文版专业文献的能力[1]。为适应人才 培养的需要，高等院校根据各专业的实际情况开 设适应各专业的专业英语、科技外语阅读等课程。通过类似课程的学习使学生增加本专业的专业词汇的英文表达方式。数学，作为古老的学科为适 应新形式下教学改革的需要同样面临着如何与国际接轨的问题。探讨数学专业英语的特点，如何很好的开设这门课程成为很多从事该课程的一线教师关注的热点[2-6]。数学专业英语具有科技英 语的共性、科学内容的客观麵性、表达形式的完整性和简练性要求[7]。数学专业英语作为高等 院校的一门重要课程，是以大学英语为基础，是数学专业的基础课程之一。通过本课程的学习，使学生能够适应国际、国内数学教育的发展，了解本专业的最新发展动态，开拓学生的视野。通过教师讲解，结合学生课后查阅英文资料，培养学生 听、说、写的综合能力，掌握本专业的当前动态和 前沿发展，为进一步的学习、工作打下坚实的 基础。 二、数学专业英语的特点 数学专业英语与许多其他专业的专业英语类似，不能简单的定义为一门专业基础课程或者是 英语课程。数学的专业知识和大学英语课程的基础都是学好数学专业英语的关键。本课程是对于数学专业学生专业英语能力训练和培养的一门重要课程，是对大学高年级学生继公共英语课程之 后的一个重要补充和提高。数学专业英语与大学英语既有区别又有联系。 数学专业英语课程中，数学的专业性十分典 型。数学专业英语以叙述的方式介绍数学的方 法、推导过程及主要结论。其学科本身的特点决 定了其内容通常与特定的时间无关。数学课程或是数学文献中涉及到的结论有时是很久以前给出的，但在叙述的过程中一細现时絲表示。 收稿日期：017-04-05 基金项目：吉林化工学院2016年一般教研项目 作者简介:许洁（1980-)，女，吉林省吉林市人，吉林化工学院副教授，博士，主要从事矩阵代数方面的研究。
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