应用化学专业英语翻译(第二版)
应用化学专业英语翻译完整篇
1 Unit5元素周期表As our picture of the atom becomes more detailed 随着我们对原子的描述越来越详尽，我们发现我们陷入了进退两难之境。
有超过100多中元素要处理，我们怎么能记的住所有的信息？有一种方法就是使用元素周期表。
这个周期表包含元素的所有信息。
它记录了元素中所含的质子数和电子数，它能让我们算出大多数元素的同位素的中子数。
它甚至有各个元素原子的电子怎么排列。
最神奇的是，周期表是在人们不知道原子中存在质子、中子和电子的情况下发明的。
Not long after Dalton presented his model for atom( )在道尔顿提出他的原子模型（原子是是一个不可分割的粒子，其质量决定了它的身份）不久，化学家门开始根据原子的质量将原子列表。
在制定像这些元素表时候，他们观察到在元素中的格局分布。
例如，人们可以清楚的看到在具体间隔的元素有着相似的性质。
在当时知道的大约60种元素中，第二个和第九个表现出相似的性质，第三个和第十个，第四个和第十一个等都具有相似的性质。
In 1869,Dmitri Ivanovich Mendeleev,a Russian chemist, 在1869年，Dmitri Ivanovich Mendeleev ,一个俄罗斯的化学家，发表了他的元素周期表。
Mendeleev通过考虑原子重量和元素的某些特性的周期性准备了他的周期表。
这些元素的排列顺序先是按原子质量的增加,,一些情况中, Mendeleev把稍微重写的元素放在轻的那个前面.他这样做只是为了同一列中的元素能具有相似的性质.例如,他把碲(原子质量为128)防在碘(原子质量为127)前面因为碲性质上和硫磺和硒相似, 而碘和氯和溴相似.Mendeleev left a number of gaps in his table.Instead of Mendeleev在他的周期表中留下了一些空白。
应用化学专业英语介绍
应用化学专业报告学院：理学院专业：应用化学学号：*****************Applied chemistry specialityOne、applied chemistry speciality - main courses: Training target：This specialized raise has the chemical basic theory, basic knowledge in strong experimental skills, can in scientific research institutions, colleges and universities and enterprises and institutions, engaged in scientific research, teaching and management work of the senior specialized talents.Training requirements：Students of this specialty mainly study the basic knowledge of chemistry, the basic theory, basic skills and related engineering knowledge, is the basic research and applied basic research of scientific thought and scientific experiment training, has good scientific literacy, have use knowledge and experimental skills in applied research, technology development and technology management of the basic skills.Main courses:Main subject: chemicalMain course:Inorganic chemistry、, analytical chemistry (including instrument analysis), organic chemistry, physical chemistry (including structural chemistry, chemical engineering foundation and chemical mapping.The main practice teaching links include production practice, graduation thesis, general arrangement and a week of twenty.Length of schooling: four yearsawarded degree：physical or Bachelor'sSimilar professional:chemical applied chemistry chemical biology molecular science and engineering chemical engineering and technology Two、Four chemistry：（Inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry）Inorganic chemistry：Inorganic chemistry relative to organic chemistry, the non carbon. However, some carbon compounds, such as carbon monoxide, carbon dioxide, carbon disulfide, carbonic acid compounds,cyanide and so on are still belongs to the category of inorganic chemistry. analytical chemistry：Analytical chemistry in chemistry basic theory and experiment technology as the foundation, and absorb the physical, biological, statistics, computer, automation and other aspects to enrich itself, so as to solve the content of science and technology proposed all sorts of analysis.The task of analytical chemistry(1) determining the material chemical composition, qualitative analysis(2) measurement of different components of content - quantitative analysis(3) characterization of physical chemical structure, form, energy state, structure analysis, the shape analysis, energy state analysis(4) representation composition, content, structure, form, energy state dynamics characteristics, dynamic analysisorganic chemistry：Organic chemistry is the study of organic compounds and a basic subject. It mainly includes the organic compound classification, structure, naming, property, preparation, chemical reaction and reaction mechanism of law. Organic chemistry is an important branch of chemistry, it is at the molecular level teaching carbon molecular structure and their mutual conversion mechanism, products and their separation, identification and application of basic science, chemistry, biology, pharmacy, medicine, agriculture, environment, materials science support discipline. Is to create new material is an important subject. physical chemistry：Physical chemistry is a physical principle and experiment technology as the foundation, study the properties and behavior of chemical system, found and the establishment of physical chemistry chemical system of the special law of discipline. With the rapid development of science and the mutual infiltration between subjects, physical chemistry and physics, inorganic chemistry, organic chemistry in the content are difficult to accurately demarcation line, so as to constantly create new branches, such as physical organic chemistry, biology, physics chemistry, chemical physics.Three、Applied chemistry specialty elective course: Organic synthesis, botany, colloid and surface chemistry, food chemistry, ecology, the university physics, management, professional English, plant chemistry, biological chemistry, polymer chemistry, and so on.Four、Professional teachers:Li yuqing、Li xianghong、Fuhui、Li huijuan、Liming、Liu shouqing、Liangkun、Chen yuhui、Leiran、and so on.Five、Applied chemistry employment direction：Applied chemistry professional graduates suitable to the petroleum chemical industry, environmental protection, commodity inspection, health and epidemic prevention, customs, medicine, fine chemical plant and other production, technical and administrative departments and the factories and mines enterprises engaged in applied research, technology development, production technology and management work; Can also to scientific research department and school engaged in scientific research and teaching work,。
化学及化工专业词汇英语翻译(A-C)2
化学及化工专业词汇英语翻译(A-C)2- -is 氨基分解aminonaphthol 氨基萘酚aminonaphthol sulfonic acid 氨基萘磺酸aminopeptidase 氨基胜胨酵素aminophenol 氨基苯酚aminophenylarsonic acid 氨基苯胂酸aminophosphorylase 淀粉磷酸化酶aminophylline 氨苯碱aminopolypeptidase 氨基多胜酵素aminoprotease 氨蛋白酶aminopterin 氨基蝶呤aminopyridine 氨基吡啶aminopyrin 氨基吡啉aminoquinoline 氨基喹啉aminosalicylic acid 氨基水杨酸aminosuccinic acid 氨基琥珀酸aminosulfonic acid 氨基磺酸aminotoluene 氨基甲苯ammeter 电另ammonal 阿芒拿ammonia 氨ammonia compressor 氨气压缩机ammonia gas 氨气ammonia poisoning 氨中毒ammonia still 氨气塔ammonia synthesis 氨合成ammonia water 氨水ammoniacal brine 氨盐水ammoniacal fermentation 氨发酵ammoniacal latex 氨胶乳ammoniameter 氨量计ammoniasoda process 氨碱法ammoniated superphosphate 含铵过磷酸钙ammoniator 氨化器ammoniometry 氨量测定法ammonite 阿芒炸药ammonium 铵ammonium acetate 乙酸铵ammonium alum 铵茂ammonium benzoate 安息香酸铵ammonium bifluoride 氟化氢铵ammonium borate 硼酸铵ammonium carbamate 氨基甲酸铵ammonium carbonate 碳酸铵ammonium chloride 氯化铵ammonium chromate 铬酸铵ammonium cyanate 氰酸铵ammonium dichromate 重铬酸铵ammonium fluoride 氟化铵ammonium formate 甲酸铵ammonium hydrogen carbonate 碳酸氢铵ammonium hydroxide 氢氧化铵ammonium iodate 碘酸铵ammonium iron sulfate 硫酸铁铵ammonium metavanadate 偏钒酸铵ammonium molybdate 钼酸铵ammonium nitrate 硝酸铵ammonium nitrate explosive 硝铵炸药ammonium nitrate fertilizer 硝铵肥料ammonium oxalate 草酸铵ammonium perchlorate 高氯酸铵ammonium persulfate 过硫酸铵ammonium phosphate 磷酸铵ammonium phosphite 亚磷酸铵ammonium phosphomolybdate 磷钼酸铵ammonium picrate 苦味酸铵ammonium polysulfide 多硫化铵ammonium rhodanide 硫氰酸铵ammonium salt 铵盐ammonium selenate 硒酸铵ammonium stearate 硬脂酸铵ammonium sulfate 硫酸铵ammonium sulfite 亚硫酸铵ammonium thiocyanate 硫氰酸铵ammonium thiosulfate 硫代硫酸铵ammonium uranate 铀酸铵ammonium vanadate 钒酸铵ammonobase 氨基金属ammonolysis 氨解ammophos 安福粉amobarbital 戊巴比妥amodiaquine 阿莫待喹amorphism 无定形amorphous carbon 无定形碳amorphous graphite 无定型石墨amorphous material 无定形材料amorphous metal 无定形金属amorphous phosphorus 无定形磷amorphous polymer 非晶态聚合物amorphous state 无定形状态amorphous sulfur 无定形硫ampere 安amperemeter 电另amperometric titration 电廖定amperometry 电廖定amphetamine 苯异丙胺amphibole 闪石amphipathic molecule 两亲水脂分子amphiphilic molecule 两亲水脂分子ampholyte 两性电解质ampholytic active agent 两性表面活性剂ampholytic surfactant 两性表面活性剂ampholytoid 两性胶体amphoteric 两性的amphoteric character 两性特征amphoteric colloid 两性胶体amphoteric compound 两性化合物amphoteric ion 两性离子amphoteric oxide 两性氧化物amphoteric resin 两性尸amphotericeledrolyte 两性电解质amplifier 放大器ampule 安瓿amygdalin 扁桃苷amyl 戊基amyl acetate 醋酸戊酯amyl alcohol 戊醇amyl bromide 戊基溴amyl butyrate 丁酸戊酯amyl ether 戊醚amyl formate 甲酸戊酯amyl mercaptan 戊硫醇amyl nitrite 亚硝酸戊酯amyl oleate 油酸戊酯amyl propionate 丙酸戊酯amylamine 戊胺amylase 淀粉酶amylbenzene 戊基苯amylene 戊烯amylo process 淀粉发酵法amylodextrin 淀粉糊精amyloid 淀粉状朊amylolysis 淀粉分解amylopectin 支链淀粉amylopsin 胰淀粉酶amylose 直链淀粉amytal 戊巴比妥anabasine 安纳巴松anabolism 同化酌anaerobe 厌氧微生物anaerobic glycolysis 无氧糖酵解analcime 方沸石analgesic 镇痛药analog digital conversion 模拟数字转换analog signal 模拟信号analogue 类似analogue computer 模拟计算机analysis 分析analysis line 分析线analysis with ion selective electrodes 离子选择电极分析法analyte 分析物analytic function 解析函数analytical balance 分析天平analytical chemistry 分析化学analytical extraction 分析抽出analytical method 分析法analytical reaction 分析反应analytically pure 分析纯anapaite 斜磷钙铁矿anaphoresis 阴离子电泳anatase octahedrite 锐钛矿anchor agitator 锚式搅拌器anchor stirrer 锚式搅拌器andalusite 红柱石andesite 安山岩andreasen pipet 安德烈森型吸管androsin 雄素androstane 雄烷androstendione 雄烯二酮androsterone 雄酮andrussow process 安德卢梭法anelasticity 滞弹性anemometer 风速计anemonin 白头翁脑aneroid barometer 空盒气压计anesthesin 氨基苯甲酸乙酯anesthetic 麻醉剂anethole 茴香脑aneurin 硫胺素angelica lactone 当归内酯angelica oil 当归油angiotensin 血管紧张肽angle of polarization 偏振光角angle of refraction 折射角angle of repose 休止角anglesite 硫酸铅矿angstrom 埃angular momentum 角动量anhalonine 老头掌碱anhydride 酐anhydrite 硬石膏anhydrone 无水高氯酸镁anhydrous 无水的anhydrous acid 无水酸anhydrous alcohol 无水酒精anhydrous ammonia 无水氨anhydrous salt 无水盐anileridine 氨苄哌替啶anilide 酰替苯胺aniline 苯胺aniline black 苯胺黑aniline blue 苯胺蓝aniline dye 苯胺染料aniline formaldehyde resin 苯胺甲醛尸aniline hydrochloride 盐酸苯胺aniline point 苯胺点aniline red 苯胺红aniline resin 苯胺尸aniline yellow 苯胺黄anilol 酒精苯胺混合液animal biochemistry 动物生化学animal charcoal 骨炭animal chemistry 动物化学animal dye 动物染料animal fat 动物脂animal fiber 动物纤维animal glue 动物胶animal oil 动物油anime 硬尸anion 阴离子anion active agent 阴离子表面活性剂anion exchange 阴离子交换anion exchange resin 阴离子交换尸anion exchanger 阴离子交换剂anionic polymerization 阴离子聚合anionic surfactant 阴离子表面活性剂anionoid reagent 类阴离子试剂anionotropy 阴离子移变现象anisaldehyde 茴香醛anise oil 茴香油anisic acid 茴香酸anisic alcohol 茴香醇anisidine 茴香胺anisole 茴香醚anisometric crystal 不等轴晶体anisotropic body 蛤异性体anisotropic liquid 蛤异性液体anisotropic membrane 蛤异性膜anisotropy 蛤异性anisoyl chloride 茴香酰氯anisyl acetate 醋酸茴香酯anisyl alcohol 茴香醇ankerite 铁白云石annabergite 镍华annealing 退火annealing furnace 退火窑annealing temperature 退火温度annulene 环轮烯anode 阳极anode effect 阳极效应anode process 阳极过程anode slime 阳极淀渣anodic oxidation 阳极氧化anodic polarization 阳极极化anodic reaction 阳极反应anodization 阳极化anodizing 阳极化anolyte 阳极电解液anomalous dispersion 异常弥散anomalous magnetic moment 异常磁矩anomalous skin effect 反常囚效应anomer 异头物anone 环己酮anorthoclase 钠斜微长石antagonism 拮抗酌antazoline 安他唑啉anthelmintics 驱肠虫剂anthocyan 花青素anthocyanidin 花色素anthocyanin 花色素苷anthophyllite 直闪石anthracene 蒽anthracene oil 蒽油anthracite 无烟煤anthracite duff 无烟煤粉anthralin 蒽啉anthranil 氨茴内酐anthranilate 邻氨基苯甲酸盐anthranilic acid 邻氨基苯酸anthranol 蒽酚anthranone 蒽酮anthrapurpurin 蒽红紫anthraquinone 蒽醌anthraquinone dye 蒽醌染料anthrarufin 蒽绛酚anthraxylon 结焦素anthrone 蒽酮anti allergic drug 抗过敏性药anti fouling paint 防污涂料anti tack agent 防粘剂antiacid 解酸药antiacid additive 抗酸添加剂antiager 抗老剂antiaromaticity 反芳香性antibiosis 抗生antibiotics 抗生物质antibody 抗体antibonding orbital 反键轨道anticarcinogen 抗癌物anticatalyst 抗催化剂anticathode 对阴极antichlor 脱氯剂anticholinesterase 抗胆碱酯酶剂anticoagulant 抗凝剂anticoagulating action 阻凝酌anticonvulsant 镇痉剂anticorrosion 抗腐蚀anticorrosive agent 防腐蚀剂anticorrosive paint 防腐涂料antidetonant 抗爆剂antidote 解毒剂antienzyme 抗酶antifertilizin 抗受精介体antifibrinolysin 抗纤维蛋白酶antifoamer 抗泡剂antifoaming agent 抗泡剂antifouling paint 防污漆antifreezing agent 阻冻剂antigen 抗原antihistamine 抗组胺剂antihistaminic agent 抗组胺剂antiknock agent 抗爆剂antiknock gasoline 抗爆汽油antiknocking fuel 抗爆燃料antimetabolite 抗代谢物antimonate 锑酸盐antimonial lead 锑铅antimonic acid anhydride 锑酸酐antimonide 锑化物antimonite 亚锑酸盐antimony 锑antimony chloride 氯化锑antimony electrode 锑电极antimony hydride 氢化锑antimony oxide 氧化锑antimony pentachloride 五氯化锑antimony potassium tartrate 酒石酸锑钾antimony red 锑红antimony sulfate 硫酸锑antimony sulfide 硫化锑antimony trisulfide 三硫化二锑antimony vermillon 锑朱antimony white 锑白antineuralgic 治神经痛药antinucleon 反核子antioxidant 抗氧化剂antiozonant 抗臭氧剂antiparticle 反粒子antipode 对映体antiproton 反质子antipyretic and analgesic 解热镇痛药antipyrine 安替吡啉antiscorbutic vitamin 抗坏血病维生素antiscorcher 防焦剂antiscorching agent 防焦剂antisepsis 防腐antiseptics 防腐剂antispasmodic 镇痉剂antistat 抗静电剂antistatic agent 抗静电剂antitermination factor 抗终止因素antithrombin 抗凝血酶antitoxin 抗毒素antivitamin 抗维生素apatite 磷灰石aphthitalite 硫酸钾石apiin 芹实苷apiose 洋芹糖aplysiopurpurin 海螺紫apocodeine 阿朴可特因apoenzyme 酶朊apoferritin 脱铁铁蛋白apomorphine 阿朴吗啡apoprotein 脱辅基蛋白apozymase 酒化酶原apparatus 装置apparent activation energy 表观活化能apparent density 表观密度apparent equilibrium 表观平衡apparent specific gravity 表观比重apparent viscosity 表观粘度applied chemistry 应用化学applied thermodynamics 应用热力学approximate calculation 近似计算approximate value 近似值aprotic solvent 非质子溶剂aqua ion 水合离子aqua regia 王水aquagel 水凝胶aquametry 测水法aqueous emulsion 水乳状液aqueous medium 水介质aqueous phase 水相aqueous solution 水溶液aqueous vapor 水蒸汽arabic acid 阿糖酸arabic gum 阿拉伯胶arabinose 阿拉伯糖arabitol 阿糖醇arabonic acid 阿糖酸arachic acid 花生酸arachidonic acid 花生四烯酸arachis oil 花生油aragonite 霰石aralkyl 芳烷arbutin 熊果苷arc furnace 电弧炉arc process 电弧法arc spectrum 弧光谱arch brick 拱砖archeochemistry 考古化学arecoline 槟榔素areometer 比重计areometry 比重测定法argentite 辉银矿argentometry 银量滴定argillaceous sand 粘质砂土argillite 泥质板岩arginase 精氨酸酶arginine 精氨酸argol 粗酒石argon 氩aristolochic acid 马兜铃酸arnicin 由金车苦素aroma 香味aromatic acid 芳族酸aromatic aldehyde 芳族醛aromatic amine 芳香胺aromatic compound 芳族化合物aromatic hydrocarbon 芳香烃aromatic nucleus 芳香环aromatic series 芳香系aromaticity 芳香度aromatization 芳香化aromatization reaction 芳香化反应aroylation 芳酰基化arrhenius equation 阿雷尼厄斯方程arsanilic acid 阿散酸arsenate 砷酸盐arsenazo i 偶氮胂arsenblende 雄黄arsenic 砷arsenic acid 砷酸arsenic butter 三氯化砷arsenic glass 砷玻璃arsenic hydride 砷化三氢arsenic mirror 砷镜arsenic sulfide 硫化砷arsenic trichloride 三氯化砷arsenic trioxide 三氧化二砷arsenic trisulfide 三硫化二砷arsenide 砷化物arsenite 亚砷酸盐arseno compound 偶砷化合物arsenobenzene 偶砷苯arsenometry 亚砷酸滴定法arsenopyrite 砷黄铁矿arsenous anhydride 亚砷酸酐arsine 胂arsonic acid 胂酸arsonium 氢化砷arsonium compound 胂化合物arsphenamine 胂凡纳明art glass 艺术玻璃art paper 加工印刷纸artemisin 蒿属素arthropodin 节肢蛋白artiad 偶价元素artificial abrasive 人造磨料artificial aging 人工老化artificial almond oil 人造扁桃油artificial asphalt 人造地沥青artificial atmospher 人工气氛artificial butter 人造奶油artificial camphor 人造樟脑artificial corundum 人造金刚砂artificial diamond 人造金刚石artificial dye 人造染料artificial fertilizer 人造肥料artificial fiber 人造纤维artificial intelligence 人工智能artificial lattice 人工晶格artificial leather 人造革artificial musk 人造香artificial perfume 人造香料artificial radioactivity 人工放射性artificial resin 人造尸artificial rubber 人造橡胶artificial silk 人造丝artificial stone 人造石aryl compound 芳基化合物aryl halide 芳基卤arylamine 芳基胺arylation 芳基化arylide 芳基化物aryloxy compound 芳氧基化合物arylsulphonate 芳基磺酸盐asarin 细辛脑asarone 细辛脑asbestine 滑石棉asbestos 石棉asbestos board 石棉纸板asbestos cement 石棉水泥asbestos cloth 石棉布asbestos felt 石棉毛毯asbestos fiber 石棉纤维asbestos filter 石棉滤器asbestos insulation 石棉绝热体asbestos paper 石棉纸asbestos powder 石棉粉asbestos slate 石棉板asbestos wire gauze 石棉衬网asbestos yarn 石棉丝asbolane 钴土矿asbolite 钴土矿ascaridol 驱蛔脑ascending method 上行法ascorbic acid 抗坏血酸asepsis 防腐ash 灰ash bath 灰浴ash collector 除尘器ash content 灰分含量ash ejector 灰喷射器ash pit door 灰坑门ash softening point 灰熔温度ashing 灰化ashless filter paper 无灰滤纸asparaginase 天门冬酰胺酶asparagine 天门冬酰胺aspartase 天门冬氨酸酶aspartate 天冬氨酸盐aspartic acid 天冬氨酸aspartokinase 天冬氨酸激酶aspartyl phosphate 天冬氨酰磷酸aspergillic acid 曲霉酸asphalt 沥青asphalt cement 沥青膏asphalt emulsion 地沥青乳液asphalt mastic 地沥青砂胶asphalt varnish 沥青油漆asphaltene 沥青烯asphaltic road oil 沥青质铺路油asphaltogenic acid 沥青酸asphaltous acid 沥青酸asphyxia 窒息asphyxiant 窒息剂asphyxy 窒息aspirator 吸气器aspirin 阿司匹林assay 试金assay balance 试金天平assay flask 试验瓶assayer's tongs 试金钳assili cotton 阿嘻棉assimilation 同化assimilation starch 同化淀粉assistant 助剂associated liquid 缔合液体association 缔合assortment 分类astacin 虾红素astatine 砹astaxanthin 虾青素astringency 收敛性astringent 收敛剂astrochemical 天体化学的astrochemist 天体化学家astrochemistry 天体化学astrogeochemical 天体地球化学的astrogeochemistry 天体地球化学asymmetric atom 不对称原子asymmetric carbon atom 不对称碳原子asymmetric oxidation 不对称氧化asymmetric structure 不对称结构asymmetric synthesis 不对称合成asymmetric system 不对称系asymmetry 不对称asymptotic freedom 渐近自由性atactic 无规立构的atactic polymer 无规聚合物atebrine 疟涤平atmolysis 微孔分气法atmosphere 大气atmospheric air 大气空气atmospheric corrosion 大气腐蚀atmospheric nitrogen 大气氮atmospheric pressure 大气压atom 原子atomic absorption spectrometry原子吸收分光光度法atomic arrangement 原子排列atomic battery 原子电池atomic beam 原子束atomic bomb 原子弹atomic bond 原子键atomic charge 原子电荷atomic clock 原子钟atomic core 原子核atomic dispersion 原子分散atomic energy 原子能atomic fluorescence spectrometry 原子荧光光谱法atomic form factor 原子散射因子atomic group 原子团atomic heat 原子热atomic hydrogen 原子氢atomic hydrogen welding 原子氢焊接atomic hypothesis 原子假说atomic lattice 原子晶格atomic magnetism 原子磁性atomic mass 原子质量atomic mass unit 原子质量单位atomic model 原子模型atomic molecular theory 原子分子论atomic nucleus 原子核atomic number 原子序atomic orbital 原子轨道atomic polarization 原子极化atomic properties 原子特性atomic radius 原子半径atomic refraction 原子折射atomic scattering factor 原子散射因子atomic spectrum 原子光谱atomic structure 原子结构atomic susceptibility 原子磁化率atomic symbol 原子符号atomic theory 原子论atomic unit 原子单位atomic volume 原子体积atomic weight 原子量atomicity 原子数atomism 原子论atomistics 原子论atomization 喷雾atomizer 喷雾器atophan 阿托方atrazine 阿特拉津atropic acid 阿托酸atropine 阿托品atropine sulfate 硫酸阿托品atropisomer 阿托异构体attachment 附件attrition 磨损aufbau principle 构造原理augmentation distance 扩增距离auramine 金胺aurantia 金橙黄aurantin 橙色菌素aurate 金酸盐aureomycin 金霉素aureusidin 金色草素auric acid 金酸auric compound 正金化合物auric oxide 氧化金auric salt 正金盐aurin 金精aurin tricarboxylic acid 铝试剂auripigment 雄黄aurothioglucose 金硫葡萄糖aurous chloride 氯化亚金aurous compound 亚金化合物aurous oxide 氧化亚金aurous salt 亚金盐austenite 奥氏体auto condensation 自动缩合autocatalysis 自动催化autocatalyst 自动催化剂autocatalytic reaction 自动催化反应autoclave 压热器autocomplex 自动合成物autocorrelation function 自相关函数autofermentation 自动发酵autogenous ignition 自动着火autoionization 自电离autolysis 自溶酌autolytic enzyme 自溶酶automatic analyser 自动分析计automatic balance 自动天平automatic buret 自动滴定管automatic control 自动控制automatic regulation 自动控制automatic temperature controller 自动温度控制器automatic thermoregulator 自动温度控制器automatic titration 自动滴定automatic weighing machine 自动秤automation 自动化autometer 汽车速度表autopolymerization 自动聚合autoprotolysis 自质子解autoracemization 自动外消旋autotetraploid 同源四倍体autotransformer 单卷变压器autovulcanization 自动硫化autoxidation 自氧化autunite 钙铀云母auxiliary air 辅助空气auxiliary electrode 辅助电极auxiliary unit 辅助单位auxiliary valency 副价auximone 茁长激素auxin 茁长素auxochrome 助色团availability 有效性available chlorine 有效氯available energy 有效能available phosphoric acid 有效磷酸avenin 燕麦蛋白average boiling point 平均沸点average degree of polymerization 平均聚合度average error 平均误差average life 平均寿命average mean molecular weight 平均分子量average molecular weight 平均分子量average particle diameter 平均粒子直径average sample 平均试样average speed 平均速度average value 平均值aviation gasoline 航空汽油aviation mix 航空汽油抗爆液avidin 抗生物素蛋白avocado oil 鳄梨油avogadro number 阿伏伽德罗数avogadro's hypothesis 阿伏伽德罗假说avogadro's law 阿伏伽德罗定律axial bond 贮axial flow pump 轴撩axiomatic quantum field theory 公理的量子场理论axis 轴axis of rotation 旋转轴azaserine 重氮丝氨酸azelaic acid 杜鹃花酸azeotrope 共沸混合物azeotropic copolymer 共沸共聚物azeotropic distillation 共沸蒸馏azeotropic mixture 共沸混合物azeotropic point 共沸点azeotropy 共沸性azide 叠氮化物azimuthal 方位的azimuthal quantum number 角量子数azine 吖嗪azine dye 吖嗪染料aziridine 氮杂环丙烷azlactone 吖内酯azlon 人造蛋白质纤维azo compound 偶氮化合物azo coupling 偶氮耦合azo dye 偶氮染料azo group 偶氮基azobenzene 偶氮苯azodicarbonamide 偶氮甲酰胺azoimide 叠氮化氢azole 唑azolitmin 石蕊精azotometer 氮素计azoxy compound 氧化偶氮化合物azoxybenzene 氧化偶氮苯azulene 甘菊环烃azurite 蓝铜矿b stage resin b 阶尸baby dryer 小烧缸bacillus 杆菌bacitracin 杆菌肽back bond 反向键back flow condenser 回龄凝器back mixing 逆向混合back pressure 反压back reaction 逆反应back sweetening 返回脱硫法back titration 回滴定backfire 回火backflash 反闪backscattering 后方散射backward motion 反向运动backwash 回洗bacteria 细菌bacterial fertilizer 细菌肥料bacterial incubator 细菌培育箱bactericide 杀细菌剂bacteriochlorophyll 菌叶绿素bacteriolysis 溶菌酌bacteriostasis 抑菌酌baddeleyite 斜锆石baeyer reaction 拜尔反应baeyer reagent 拜尔试药baeyer villiger rearrangement 拜尔维利格重排baffle 挡板bag filter 袋滤器bagasse 甘蔗渣bakelite 酚醛塑料baking 烧制baking enamel 烘烤搪瓷baking powder 发粉baking varnish 烤漆balance 平衡balance bar 平衡杆balance beam 平衡杆balance pan 天平盘balance rider 游码balata 巴拉塔矢ball clay 块状粘土ball hardness 钢球硬度ball mill 球磨机ball valve 球阀ball viscosimeter 落球式粘度计balloon tire 低压轮胎balsam 香脂banana oil 香蕉油band brake 带式制动器band dryer 带式干燥机band spectrum 带光谱barbital 巴比妥barbituric acid 巴比土酸barilla 海草灰苏打barite 重晶石barium 钡barium acetate 醋酸钡barium bioxide 二氧化钡barium carbonate 碳酸钡barium chlorate 氯酸钡barium chloride 氯化钡barium chromate 铬酸钡barium crown glass 钡钙玻璃barium cyanate 氰酸钡barium dioxide 二氧化钡barium flint glass 钡火石玻璃barium fluoride 氟化钡barium hydroxide 氢氧化钡barium manganate 锰酸钡barium nitrate 硝酸钡barium nitrite 亚硝酸钡barium oxide 氧化钡barium perchlorate 高氯酸钡barium peroxide 过氧化钡barium sulfate 硫酸钡barium sulfide 硫化钡barium thiosulfate 硫代硫酸钡barium titanate 钛酸钡barium yellow 钡黄barkometer 液比重计barley malt 大麦芽barley sugar 大麦糖barm 酒母barometer 气压计barometric condenser 气压冷凝器barrel 桶;卷筒barrier penetration 势垒穿透barrier separation 膜分离baryta 氧化钡baryta paper 钡地纸baryta water 氢氧化钡水溶液baryta yellow 钡黄baryte 重晶石basal metabolic rate 基础代谢率basal metabolism 基础代谢basalt 玄武岩base 碱base catalysis 碱催化酌base exchange 碱交换base line 基线base metal 贱金属base solution 底液basic acetate 碱式乙酸盐basic bismuth carbomate 碱式碳酸铋basic bismuth nitrate 碱式硝酸铋basic converter 碱性转炉basic dye 碱性染料basic function 基础函数basic lead carbonate 碱式碳酸铅basic material 基本材料basic open hearth process 碱性平炉法basic oxide 碱性氧化物basic reaction 碱性反应basic refractory 碱性耐火材料basic salt 碱性盐basic slag 碱性炉渣basicity 碱度basil 罗勒basket strainer 篮过滤器bast fiber 韧皮纤维batch distillation 分批蒸馏batch extraction 分批萃取batch mixer 分批混合器batch process 分批法batch rectification 分批精馏batchwise operation 分批操作bath ratio&n。
应用化学专业英语第二版万有志主编版(课后答案和课文翻译)
Unit 1 The Roots of ChemistryI. Comprehension.1.C2. B3. D4. C5. BII. Make a sentence out of each item by rearranging the words in brackets.1. The purification of an organic compound is usually a matter of considerable difficulty, and it is necessary to employ various methods for this purpose.2. Science is an ever-increasing body of accumulated and systematized knowledge and is also an activity by which knowledge is generated.3. Life, after all, is only chemistry, in fact, a small example of chemistry observed on a single mundane planet.4. People are made of molecules; some of the molecules in people are rather simple whereas others are highly complex.5. Chemistry is ever present in our lives from birth to death because without chemistry there is neither life nor death.6. Mathematics appears to be almost as humankind and also permeates all aspects of human life, although many of us are not fully aware of this.III. Translation.1. (a) chemical process (b) natural science (c) the technique of distillation2. It is the atoms that make up iron, water, oxygen and the like/and so on/andso forth/and otherwise.3. Chemistry has a very long history, in fact, human activity in chemistry goesback to prerecorded times/predating recorded times.4. According to/From the evaporation of water, people know/realized thatliquids can turn/be/change into gases under certain conditions/circumstance/environment.5. You must know the properties of the material before you use it.IV . Translation化学是三种基础自然科学之一，另外两种是物理和生物。
应用化学专业英语课文翻译(精选篇)
元素周期表随着对原子的描述越来越详尽，我们发现自己处于进退两难之地。
涉及着100种元素，我们怎样使这些元素保持连续性。
一种方法是用元素周期表，周期表巧妙地把原子信息列成表。
它记录着一种元素含有多少质子和电子，它使我们可以计算出大多数元素同位素的中子数。
周期表也存有每种元素的电子排列情况。
周期表最不寻常的是它的发展是在人们还不知道原子中含有质子和中子之前。
道尔顿提出了他的原子模型后不久（一种不可再分的粒子，它的质量取决于它的性质），化学家开始根据原子质量来排列元素。
当得出这种元素表，科学家们观测到元素的规律。
例如，那些出现在特定的位置的元素有某些相似性，这一观点已经越来越明显。
当时已知的约60种元素中，第二种和第九种元素表现出相似性，第三种与第十种元素，第四种与第十一种元素也都具有相似的性质。
1869年，门捷列夫，一个俄国化学家，提出了他们的元素周期表。
他列表时考虑到原子质量和元素某种特性的周期性。
这些元素主要是按原子质量递增的顺序排列的。
在特别情况下，门捷列夫把较重的元素放在较轻元素之前。
他这样做是为了在相同列上的元素有相似的化学性质。
比如，他把蹄（原子质量=128）放在碘（原子质量=127）之前，因为蹄的性质和硫及硒相似，而碘的性质和氯及溴相似。
门捷列夫在他的周期表中列了许多气体，在他的周期表中留下了一些空格，他非但没有将那些空格看成缺憾，反而大胆地预测还存在着未被发现的元素。
而且，他还预测了许多未知元素的性质。
在接下来的几年里，许多气体被填充在新发现的元素中。
这些元素的性质通常和门捷列夫预测的非常接近。
这些伟大创新的预测使门捷列夫的元素周期表被广泛接受。
众所周知，一种元素的性质主要取决于原子最外层能级上的电子数。
Na在它的最外层能级（第三层）有一个电子，Li原子在它的最外层（第二层）有一个单独的电子。
Na和Li的化学性质相似。
He和Ne原子已将所有能级排满，它们性质也相似，就是不容易发生化学反应。
化学专业英语（删减版）翻译
20THE ROLE OF PROTECTIVE GROUPS IN ORGANIC SYNTHESIS20有机合成中保护基团的使用If a satisfactory protective group has not been located,the chemist has a number of alternatives:rearrange the order of some of the steps in the synthetic scheme so that a functional group no longer requires protection or a protective group that was reactive in the original scheme is now stable;redesign the synthesis,possibly making use of latent functionality(i.e.,a functional group in a precursor form;e.g.,anisole as a precursor of cyclohexanone).Or,it may be necessary to include the synthesis of a new protective group in the overall plan.如果找不到符合要求的保护基，化学家仍然具有大量可供选择的方法：重新安排合成系统中一些步骤的顺序，保证官能团不再需要保护或者在原来的系统中的活性保护基现在变得稳定；可能利用潜在的功能重新设计合成（也就是功能性基团以前驱体形式出现；例如：茴香醚作为环己酮的前驱体）。
或者，有必要在总体计划中包括新保护基的合成.22POLYMERS22聚合物The process by which small molecules undergo multiple combinations to form macromolecules is polymerization.Small molecules from which a macromolecule or polymer can be made are called monomers.Two types of polymerization are recognized: (1)condensation polymerization and(2)addition polymerization.A polymer-forming reaction involving elimination of a small molecule such as water or alcohol between monomer units is described as condensation polymerization.In addition polymerization, unsaturated or cyclic molecules add to each other without elimination of any portion of the monomer molecule.The empirical formula of the polymer is then,of course,the same as that of the monomer.小分子进行多重结合形成大分子的过程叫做聚合反应。
第二版应用化学专业英语课后答案
Unit 1 The Roots of ChemistryI. Comprehension.1.C2. B3. D4. C5. BII. Make a sentence out of each item by rearranging the words in brackets.1.The purification of an organic compound is usually a matter of considerabledifficulty, and it is necessary to employ various methods for this purpose.2.Science is an ever-increasing body of accumulated and systematizedknowledge and is also an activity by which knowledge is generated.3.Life, after all, is only chemistry, in fact, a small example of chemistryobserved on a single mundane planet.4.People are made of molecules; some of the molecules in people are rathersimple whereas others are highly complex.5.Chemistry is ever present in our lives from birth to death because withoutchemistry there is neither life nor death.6.Mathematics appears to be almost as humankind and also permeates allaspects of human life, although many of us are not fully aware of this.III. Translation.1.(a) chemical process (b) natural science (c) the technique of distillation2.It is the atoms that make up iron, water, oxygen and the like/and so on/andso forth/and otherwise.3.Chemistry has a very long history, in fact, human activity in chemistry goesback to prerecorded times/predating recorded times.4.According to/From the evaporation of water, people know/realized thatliquids can turn/be/change into gases under certain conditions/circumstance/environment.5.You must know the properties of the material before you use it.IV. Translation化学是三种基础自然科学之一，另外两种是物理和生物。
应用化学专业英语翻译
Unit1 The Roots ofChemistry 化学的起源1.Chemistry can be broadly defines as the science of molecules and their transf ormations.化学可以被广泛的定义为分子的科学和它们之间的转换。
和数学不同，化学在人类之前。
我们的星球（地球）上的生命和人类的外观很可能是化学进程的具体结果。
化学过程从历史的开端一直到现在都出现在人们的生活中。
最初，这些过程不在我们的掌控之中，例如，果汁的发酵，肉和鱼的腐烂，木头的燃烧。
后来我们学着去控制化学进程使用它来生产不同的产品，比如食物，金属，陶瓷和皮革。
在化学的发展上，主要区分为四个阶段：史前化学，希腊化学，炼金术，科学化学。
2.The early beginnings of chemistry were clearly motivated by practical needs of people .早期的化学显然是出于实际的需要。
火的发现为远古人提供了第一个机会去实现控制化学反应过程。
他们学会制备铜制物品，铜和其它材料是现成的。
.由于化学过程的使用早于人们的书写，因而没有书面记录有关它们的化学技巧。
可以判断他们的化学能力只有从考古的发现的各个手工艺品。
正如早期的数学发展，清楚的预示着实际需求影响着化学的发展。
但化学和数学在这个阶段可能没有互相影响。
如果它们影响了，但是没有记录证明这个。
3. Greek chemistry was based mainly on speculation rather than on experiment . 希腊化学主要基于猜测而不是实验。
这是所有古代希腊化学的一个共同特征。
古代希腊化学家实际是希腊哲学家。
所以不足为奇的是希腊人思考比实验更有兴趣。
实际上他们很少进行实验以外的思维实验。
对于数学来说这是一个好方法，但没有一个人把它推荐在物理、化学或生物科学上。
应用化学专业英语(课后答案和课文翻译)
Unit 1 The Roots of ChemistryI. Comprehension.1.It can be inferred from this article which one of the following items is not mainly based on practical use C. Greek chemistry2. It was B. Empedocless who first introduced the idea that all things are not formed from just one element.3. In the development of Greek chemistry, D. Democritus was the first one definiting the ultimately constituents of matter?4. According to Plato, there are B. 4 ―elements‖ whose faces are constituted by regular polygons.5. In the last paragraph,authors think that experiment DD.can deal with the reactions by which one substance is converted into anotherII. Make a sentence out of each item by rearranging the words in brackets.1.The purification of an organic compound is usually a matter of considerable difficulty, and itis necessary to employ various methods for this purpose.2.Science is an ever-increasing body of accumulated and systematized knowledge and is also anactivity by which knowledge is generated.3.Life, after all, is only chemistry, in fact, a small example of chemistry observed on a singlemundane planet.4.People are made of molecules; some of the molecules in people are rather simple whereasothers are highly complex.5.Chemistry is ever present in our lives from birth to death because without chemistry there isneither life nor death.6.Mathematics appears to be almost as humankind and also permeates all aspects of human life,although many of us are not fully aware of this.III. Translation.1.(a)化学过程；(b)自然科学；（c）蒸馏技术(a) chemical process (b) natural science (c) the technique of distillation2.正是原子构成铁、水、氧等。
应用化学专业英语翻译
10级应用化学（2）班郑禄春 B2010063224Lessen 24 Chemical ReactionsConservation of mass and energy（质量与能量守恒）Two conservation laws（定律） apply to all chemical reactions: Energy can neitherbe created nor destroyed, and matter can neither be created nor destroyed. Thus the atoms taking part in a chemical reaction may be rearranged, but all the atoms present in the reactants must also be present in the products, and the total mass of thereactants must equal the total mass of the products.化学反应质量守恒和能量守恒两个守恒定律(定律)适用于所有的化学反应:能量既不能创造也不能消灭,物质也不能创造也不能消灭。
因此原子参与化学反应可能重新安排,但所有的原子出现在反应物必须包含在产品,反应物的总质量必须等于生产物的总质量。
What is a chemical reaction?A chemical reaction occurs when substances (the reactants) collide (碰撞) with enough energy to rearrange to form different compounds (the products). The changein energy that occurs when a reaction take place is described by thermodynamics(热力学）and the rate or speed at which a reaction occurs is described by kinetics (动力学) . Reactions in which the reactants and products coexist are considered to be in equilibrium(处于平衡). A chemical equation consists of the chemical formula（化学式）of the reactants, and the chemical formula of the products. The two areseparated by an →usually read as “yields”and each chemical formula is separated from others by a plus sign (加号) . Sometimes a triangle is drawn over the arrowsymbol to denote energy must be added to the substances for the reaction to begin.Each chemical formula may be preceded by a scalar (数量的) coefficient indicatingthe proportion (比例) of that substance necessary to produce the reaction informula. For instance, the formula for the burning of methane(CH4 + 2O2 → CO2 + 2H2O) indicates that twice as much O2 as CH4 is needed, and when they react, twiceas much H2O a s CO2 w ill be produced. This is because during the reaction, each atom of carbon needs exactly two atoms of oxygen to combine with, to produce the CO2,and every two atoms of hydrogen need an atom of oxygen to combine with to producethe H2O. If the proportions of the reactants are not respected, when they are forced to react, either not all of the substance used will participate in the reaction,or the reaction that will take place will be different from the one noted in theequation..什么是化学反应一个化学反应发生在物质(反应物)碰撞有足够的能量去重新排列,形成不同的化合物(产品)。
应用化学专业英语第二版万有志主编版主要课文翻译
1化学的起源化学可以被广泛的定义为分子的科学和它们之间的转换。
和数学不同，化学在人类之前。
我们的星球（地球）上的生命和人类的外观很可能是化学进程的具体结果。
化学过程从历史的开端一直到现在都出现在人们的生活中。
最初，这些过程不在我们的掌控之中，例如，果汁的发酵，肉和鱼的腐烂，木头的燃烧。
后来我们学着去控制化学进程使用它来生产不同的产品，比如食物，金属，陶瓷和皮革。
在化学的发展上，主要区分为四个阶段：史前化学，希腊化学，炼金术，科学化学。
早期的化学很明显是被人们实际需要所激发的。
火的发现提供了史前人类开始控制化学反应的一次机会。
他们合成一些黄铜，青铜和其他易得材料的物品。
因为人类早期对化学过程的应用早于记载，所以没有关于它们化学技能的记录。
唯一可以判断它们化学能力的是考古的发现和不同的人造品。
正如早期数学发展一样，实际需要影响着化学的发展。
但是化学和数学在这个阶段很可能没有关系。
即使有，也没有记录来确定这些。
希腊化学主要建立在推测的基础上而不是在实验的基础上。
这是古希腊所有科学的普遍特征。
古希腊科学家实际上是哲学家，所以希腊对思考如此感兴趣盛于实验也就不足为奇了。
事实上他们很少做思考之外的实验。
这对数学是一个好的方法但是却不是对于物理，化学和生物科学。
然而，希腊人思考了许多关于自然和物质结构，他们可以被看作早期化学理论的创造者。
希腊引进了元素的概念总共提出了四种元素。
Thalesren认为所有的东西来自一种基本的物质，就是水。
Anaximenes,接受了元素的概念，但他认为来单独的元素自于空气中的物质。
Heraclitus，认为宇宙的基本的特点是不断变化的，把火作为永久变化的元素。
Empedocles摒弃了了单独元素的概念并引进了四种元素：水，空气，火和土，他也因为他的实验证明了空气是一种物质结构而出名。
火这种元素最早被柏拉图引用他猜测每种元素的粒子有特定的形体，尽管这种粒子太小以至于看不见。
因此，火的最小的粒子有规则的四面体结构，空气是八面体，水是二十面体，土是立方体（主要是六面体）。
最新应用化学专业英语12单元翻译
Perhaps the most function definition of analytical chemistry is that it is "the qualitative and quantitative characterization of matter "也许对分析化学最实用的定义是：对物质进行定性和定量的表征。
描述这个词被广泛的使用。
它可能意味着在回答诸如“在洗发香波中是否如标签所示有维生素E”“这是一个白色阿司匹林片？”或“这块金属是铁或镍”等问题时，对样本中的化合物或元素进行鉴定。
这种类型的表征，要告诉我们什么是目前被称为的定性分析。
定性分析是鉴定一个或多个化学物质存在于一个材料中。
描述也可能意味着测定有多少种化合物或元素存在于一个样品中，回答“水杨酸在这个阿司匹林片中含量多少”或“这块钢中含有多少镍”等这些问题。
一种物质在一个样品中含量多少的这种测定被称为定量分析。
定量分析是测定某种化学物质在某个样品中的确切数量。
化学物质可能是某些元素、化合物或离子。
该药物可能有机和无机两种。
特性描述可能涉及到全分析，如构成一块钢的元素，或者表面分析，像鉴定绝大多数暴露在空气和水中的金属表面形成的氧化层的成分和厚度。
一个材料的特性描述可能超越化学分析所包括结构材料的确定，某个材料的物理性质的测量，以及物理化学参数的测量例如反应动力学。
这些测量的实例有：聚合物的结晶度（与非晶态相比）？物质失去结晶水的温度？“A牌”抗酸剂中和胃酸所需的时间？农药在阳光下的降解速度？这些不同的应用使分析化学成为广泛的学科之一在所有的科学学科中。
分析化学对于我们了解生物化学是至关重要的。
药物化学、地球化学、环境科学、大气化学，材料学中的反应像聚合物、金属合金和陶瓷技术以及许多其他科学领域。
For many years ,analytical chemistry relied on chemical reactions to identify and determine the components present in a sample.多年来，分析化学依赖化学反应，以确定出现在一个样本中的组分。
应用化学专业英语翻译Research and Development
Unit 2 Research and Development研究和开发Research and development, or R&D as it is commonly referred to, is an activity which is carried out by all sectors of manufacturing industry but its extent varies considerably, as we will see shortly. Let us first understand, or at least get a feel for, what the terms mean. Although the distinction between research and development is not always clear-cut, and there is often considerable overlap, we will attempt to separate them. In simple terms research can be thought of as the activity which produces new ideas and knowledge whereas development is putting those ideas into practice as new process and products. To illustrate this with an example, predicting the structure of a new molecule which would have a specific biological activity and synthesizing it could be seen as research whereas testing it and developing it to the point where it could be marketed as a new drug could be described as the development part.研究和开发，或通常所称R&D是制造业各个部门都要进行的一项活动。
应用化学专业英语
分析化学Analytical chemistry测定determination表征characterization参数parameter 聚合物polymer滴定titration浓度concentration定性qualitative定量quantitative化学组成chemical composition醋酸acetic acid氢气hydrogen分子化合物molecular compound共价键covalent bond氢氧化钾patassium hydroxide电负性electronegativity反应物reactant氧化数oxidation number氧化剂oxidizing agent还原剂reducing agent质量守恒mass balance电荷守恒charge balance过氧化物peroide结晶crystallisation溶解度solubility母液mother liquid蒸发器evaporator冷凝器cooler 密度density浓硫酸sulfuric acid溶剂solvent蒸馏distillation冷凝器condensate回流reflux间歇操作batch operation连续操作continuous operation单元操作unit operation 闪蒸flash distillation加热器heater组分component物料衡算material balance平衡曲线equilibrium curve精馏rectification熔点melting point 沸点boiling point泡点bubble poin t露点dewpoin t再沸器reboiler分馏柱fractionating column塔底产品bottom product塔顶产品overhead produc t热交换器heat exchanger精馏段rectifying section 提留段stripping section催化剂catalyst样品sample丙酮acetone官能团functional group羧酸carboxylic acid乙醇alcohol醛aldehyde酮ketone乙酸acetic acid自然科学natural science化学过程chemical process蒸馏技术the technique of distillation化学式chemical formula结构式structural formula化学方程式chemical equation可逆反应reversible reaction放热反应exothermic reaction吸热反应endothermic reaction置换反应displacement reaction石油工业petroleum industryNaNO2 :sodium nitrite KBr:potassium bromide (NH4)2SO4:ammonium sulfate H2CO3:carbonic AL(OH)3:aluminum hydroxide FeCl3:iron(Ⅲ)chloride NaCN:sodium cyanide HNO3:nitric acid SO2:sulfur dioxide HCl:hydrochloric acid 共沸混合物zaeotrope异丙基isopropyl死硼酸盐tetraborate过饱和现象supersaturation 钠sodium盐析salting-ou t晶核nuclei衍生物derivative过渡金属transition metals锌zinc自然科学natural science中和反应neutralization reaction放热反应exothermic reaction氯乙烯v inyl chloride碳氢化合物hydrocarbon室温room temperature原子atom 分子molecule物质s ubstance元素element粒子particle组成composition有机化合物organic compound无机物inorganic substance元素周期表The periodic table of elements质子proton电子electron中子neutron原子质量atomic weight原子序数atomic number同位素isotope能级energy level惰性气体noble gas卤素sulfur活泼金属active metal碱金属alkali metal碱土金属alkali earth metal过度金属transition mental贵金属noble metal液体liquid固体solid阳离子cation阴离子antion离子化何物ionic compound硝酸铵ammonium nitrate结构式structure formula分子式molecular formula 双键double bond烷烃alkane烯烃alkene炔烃alkyne。
应用化学专业英语第二版万有志主编版(课后答案和课文翻译)
应用化学专业英语第二版万有志主编版(课后答案和课文翻译)If the mass of a 12C atom is exactly 12 amu,then the mass of a 1H atom to five significant figures must be 1.0078 amu. 12 amu x 0.083986 = 1.0078 amu（2）First we calculate k and then use the first-order rate equation.[][]()()404340.6931.2110/5730log2.3031.000 1.2110/log0.477 2.3032.303log 2.09 6.11061001.2110/k yryrA ktA yrt t yr yr---==⨯=⨯===⨯=⨯The bone was tossed away (more precisely, the animal whose bone was died) about 6100 years ago, or about 4100 B.C. We can thus be sure that a village was in existence at that place at that time.Unit 7 The Nomenclature of Inorganic SubstancesI. Comprehension1.A2.B3.C4.C5.BII. Give the systematic name for the followingammonium ion ; copper(II) ion ; strontium ion; Ccopper(I) ion; iron(II) ion; zinc ion; hydrogen ion; lead((II) ion; aluminum;silver ion; magnesium ion; chromium(III) ion; Barium ; Manganese(II) ion; iron(III) ion; calcium ion; mercury(II) ion; chromium(II) ion; tin(II) ion.carbon monoxide; ditrogen trioxide; carbon dioxide; diphosphorus pentoxide; sulfur trioxide; dichlorine heptoxidearsenate ion; sulfite ion; hydride ion; arsenite ion; bromide ion; hydroxide ion; phosphate ion; chlorate ion; hypochlorite ion; phosphate ion; chloride ion; iodate ion; carbonate ion; chlorite ion; nitrate ion;chromate ion; cyanide ion; iodide ion;dichromate ion; fluoride ion; nitrate ion;oxide ion; hydrogen carbonate ion; nitrite ion;sulfide ion; hydrogen sulfate ion; perchlorate ion;sulfate ion; hydrogen sulfite ion; permanganate ion.III. Complete the table.Formula Old name SystematicnameFeO iron (II) oxide Fe2O3iron (III) oxide Sn(OH)2tin(II)hydroxideSn(OH)4tin(IV)hydroxideHg2SO4mercury (I)sulfateHgSO4mercury (II)sulfate NaCLO sodiumhypochloriteK2Cr2O7potassiumdichromateCu3(AsO4)2copper(II)arsenateCr(C 2H 3O 2)3 chromium(IV) acetateIV . Acid names may be obtained directly from its acid ion by changing the name of the acid ion (negative ion). Use the rule to give the name of the following acid. Formula of acid Old name Name of acid H 2CO 3 carbonic acid HClO 2 chlorous acid HClO 4 perchloric acid HCN hydrocyanic acid HBr hydrobromic acid H 4SiO 4 silicic acid H 3AsO 4 arsenic acid V . Complete the sentences with the proper form of the word given at the end of the sentence.1.is altered;2.To illustrate3.indicates4.should expect5.would cancel6. are pulled7.depend on8.are; referred9.formed 10.have discussed VI. Translation1. Matter can neither be created nor be destroyed/eliminated.2. It is necessary that a scientist must know how to use fingures to get an accutate answer to question.3. Any substance is made of atoms whether it is solid, liquid or gas.4. The experiment was successful. It ’s results was the same as what we had expected.5. It will not be long before we finish the experiment.VII. Write equations for the following acid-base reactions. Use the information in inorganic textbook to predict whether the equilibrium will favor the reactants or the products. (Partially Solved)Solutin to (a): Cyanide is the conjugate base of HCN. It can accept a proton from formic acid:COHHO +CN C OH OC NH +formic acid stronger acid cyanidestronger base formate weaker baseweaker acidReading from inorganic textbook, formic acid (p K a =3.76) is a stronger acid than HCN (p K a =9.22), and cyanide is a stronger base than formate. The products (weaker acid and base) are favored. …………..VIII. Write equations for the net reactions which occur when the following materials are added to a sodium-ammonia solution.Answer: (1) 2CH3GeH3 + 2e am-→ H2 + 2CH3GeH2-(2) I2 + 2e am-→ 2I-(3) (C2H5)2S + 2e am- + NH3 → C2H5S- + C2H6 + NH2-Unit 10 Nomenclature of HydrocarbonsI. Comprehension1.C2.D3.B4.A5.B6.BII. Name the following compounds by the IUPAC system1 CH3(CH2)nCH3 (n=2, 3, 4, 6, respectively) butane, pentane, hexane,octane2 (CH3)2-CH2-CH2-CH2-CH32-methylpentane3 (CH3)3C-CH2-CH(C2H5)-CH2-CH34-ethyl-2,2-dimethylhexane5-isopropyl-2-methyloctane4 (CH3)2CH-CH2CH2-CH(CH2CH2CH3)-CH(CH3)24-isopropyl-4-propylheptane 5 CH3-CH2-CH2-C(CH2CH2CH3)2-CH(CH3)26 ◇-CH2-CH(CH3)2isobutylcyclobutane7 CH2=C(C2H5)(CH(CH3)2) 2-ethyl-3-methyl-1-butene8 CH3-CH2-CH=CH-CHCl-CH32-chloro-3-hexene9 CH3-CH(CH3)-CH(C2H5)-C≡C-CH34-ethyl-5-methyl-2-hexyneCH2=CH-C≡CH 1-buten-3-yne11(CH3)2CH-CH2CH(OH)CH34-methyl-2-pentanol12CH3CH2CH=CHCH(OH)CH33-hexen-2-ol13(CH3)3C-OH 2-methyl-2-propanol14(CH3)3C-OCH2H52-ethoxy-2-methylpropane15(CH3)2CH-CH2-O-C2H51-ethoxy-2-methylpropane16(CH2OH)21,2-ethanediol17CH3-CH(OH)-CH2(OH) 1,2-proanediol18CH2(OH)-CH(OH)-CH2(OH) 1,2,3-propanetriol19CH3CH2NH2aminoethane2 0 CH3CH2CH2CH(CH3)CH-NH-CH3N-methyl-1-amino-2-methylpentaneIII. Draw structures for the following compounds.1 3-octene C-C-C=C-C-C-C-C2 3-methy-2-heptene3 cyclohexene4 2-pentyne C-C≡C-C-C5 3,3-dimethylhexyne6 3-bromotolueneCH3Br7 vinyl chloride C=C-Cl8 acetylene C≡C9 para-dichlorobenzeneCl Cl10 m-chlorobromobenzeneBrCl11 toluene CH312 chlorobenzene Cl13 1,2-dibromobenzeneBrBr14 naphthalene15 anthracene16 phenanthrene17 2-methyl-1-propanol C CC OHC18 Cyclohexanol OH19 Methoxyethene C C O C20 trans-2-ethoxycyclohexanol OHOC2H5IV. Decide which item best completes each unfinished sentence.1.A2.A3.B4.CV. Each of the following names is incorrect. Draw the structure represented by the incorrect name (or a consistent structure if the name is ambiguous), and give your drawing the correct name.(…………)Unit 11 Carboxylic Acids and Their DerivativesI. Comprehension1.B2.B3.C4.D5.A6.CII. Fill in the blanks with the phrases given below.1.brought out2.dozen or so; put together3.are made of ;divided by4.are different from5.on the contrary; consist of6.summed up7.stand for8.such as9.are; dependent on 10.break down intoIII. Put in proper prepositions or adverbs into the blanks.1.with; as2.to3.about4.from5.intoIV. Translation1. Similarly, solvent also may not be liquid matter but the others2. A graph plotting solubility against temperature is called a solubility curve. ( The curve plot drawn (made / produced) by solubility as one coordinate and temperature as another coordinate is called solubility curve.)3. Air is mixture of gases , the most abundant of which is nitrogen in the form of N2 (molecules).4. The direction of the reaction and the position of the equilibrium may also be affected by the temperature, pressure, and other conditions.5. Hydrogen has a great affinity for oxygen and easily combines with it to form water.V. Translation玻意尔（Bohr）模型提出不久后，人们就发现原子中的电子比Bohr提出的模型要复杂得多。
应用化学专业英语朱红军第二版课文翻译
应用化学专业英语朱红军第二版课文翻译Unit 7 Physical ChemistryPhysical chemistry is the study of the physical basis of chemical systems and processes. Modern physical chemistry is firmly grounded upon physica. Important areas of study include chemical thermodynamics, chemical kinetics, quantum chemistry, statistical mechanics, electrochemistry, surface and solid state chemistry, and spectroscopy.物理化学是对化学系统和过程的物理基础的研究。
现代物理化学以物理为基础。
重要的研究领域包括化学热力学、化学动力学、量子化学、统计力学、电化学、表面和固体化学以及光谱学。
We have repeatedly referred to the energy effects accompanying chemical and physical changes. Thermodynamics is the study of these energy effects in particular, it summarizes the relations between heat, work, and other forms of energy that are involved in all types of changes. The laws of thermodynamics can be used to predict whether a particular chemical or physical transformation is theoretically possible under a given set of conditions. Furthermore, if a study shows that a desired change will not occur under the conditions assumed, thermodynamic principles can be used to determine how the conditions can be altered to make the change theoretically possible.我们一再提到伴随着化学和物理变化的能量效应。
应用化学专业英语
Ensure language is precise, objective, and free of grammar and spelling errors Use appropriate chemical termination
Experimental report writing
Literature reading skills
Analyze the structure of the article
Skim through the title, abstract, introduction, methods, results, and discussion sections to get a general understanding of the article
Identify the main points
Pay attention to the main findings, conclusions, and experimental design to understand the significance of the article
Take notes
Special Considerations
Include raw data, tables, figures, and any deviations from the protocol Follow the institutional reporting guidelines
Summary and Introduction Writing
CHAPTER
Academic paper writing
Purpose
To communicate chemical research findings to other disciplines and professionals
应用化学专业英语翻译完整篇
1 Unit5元素周期表As our picture of the atom becomes more detailed 随着我们对原子的描述越来越详尽，我们发现我们陷入了进退两难之境。
有超过100多中元素要处理，我们怎么能记的住所有的信息？有一种方法就是使用元素周期表。
这个周期表包含元素的所有信息。
它记录了元素中所含的质子数和电子数，它能让我们算出大多数元素的同位素的中子数。
它甚至有各个元素原子的电子怎么排列。
最神奇的是，周期表是在人们不知道原子中存在质子、中子和电子的情况下发明的。
Not long after Dalton presented his model for atom( )在道尔顿提出他的原子模型（原子是是一个不可分割的粒子，其质量决定了它的身份）不久，化学家门开始根据原子的质量将原子列表。
在制定像这些元素表时候，他们观察到在元素中的格局分布。
例如，人们可以清楚的看到在具体间隔的元素有着相似的性质。
在当时知道的大约60种元素中，第二个和第九个表现出相似的性质，第三个和第十个，第四个和第十一个等都具有相似的性质。
In 1869,Dmitri Ivanovich Mendeleev,a Russian chemist, 在1869年，Dmitri Ivanovich Mendeleev ,一个俄罗斯的化学家，发表了他的元素周期表。
Mendeleev通过考虑原子重量和元素的某些特性的周期性准备了他的周期表。
这些元素的排列顺序先是按原子质量的增加,,一些情况中, Mendeleev把稍微重写的元素放在轻的那个前面.他这样做只是为了同一列中的元素能具有相似的性质.例如,他把碲(原子质量为128)防在碘(原子质量为127)前面因为碲性质上和硫磺和硒相似, 而碘和氯和溴相似.Mendeleev left a number of gaps in his table.Instead of Mendeleev在他的周期表中留下了一些空白。
应用化学专业英语第二版课后练习题含答案
应用化学专业英语第二版课后练习题含答案Chapter OneMultiple Choice Questions1.The scientific method of problem solving consists of___________. A. observation, experimentation, hypotheses, theory B.experimentation, observation, theory, hypotheses C. observation, hypotheses, theory, experimentation D. hypothesis, theory,experimentation, observationAnswer: A2.Which of the following is NOT one of the key steps involvedin the scientific method? A. Formulating hypotheses B. Building experiments C. Rejecting hypotheses D. Proving hypothesesAnswer: D3.Which of the following is a physical property? A. Density B.Flammability C. Reaction with acid D. RustingAnswer: A4.Which subatomic particle carries a positive charge? A.Proton B. Neutron C. Electron D. AtomAnswer: A5.Which of the following is NOT a chemical change? A. Burningof wood B. Digestion of food C. Melting of ice D. Rusting of ironAnswer: CShort Answer Questions1.What is the difference between a chemical and physicalchange? Answer: A physical change is a change in the physicalproperties of a substance, whereas a chemical change is a change in the chemical properties or composition of a substance.2.What is an atom? Answer: An atom is the smallest particle ofmatter that retns the chemical properties of an element.3.What is a molecule? Answer: A molecule is a group of two ormore atoms that are chemically bonded together.4.What is an element? Answer: An element is a pure substancethat cannot be broken down into simpler substances by chemical means.5.What is a compound? Answer: A compound is a pure substancemade up of two or more elements that are chemically bondedtogether.Essay Questions1.What is the scientific method and how is it used to solveproblems in science? Answer: The scientific method is a logical and systematic approach to problem solving in science. It consists of several key steps including observation, hypotheses,experimentation, and theory. Scientists use the scientific method to answer questions and solve problems by gathering data through observation and experimentation, forming hypotheses based on that data, testing those hypotheses through experimentation, andfinally developing theories to expln the results of those experiments.2.Describe the properties of matter and how they are used to differentiate between substances. Answer: Properties of matter can be either physical or chemical. Physical properties include mass, volume, density, color, melting point, boiling point, and solubility. These properties can be used to differentiate between substances by comparing their physical properties. Chemical properties include reactivity, flammability, and toxicity. These properties are used to differentiate between substances based on their chemical behavior under certn conditions.3.Describe the structure of an atom and the role that subatomic particles play in determining chemical behavior. Answer: Atoms have a central nucleus that contns protons and neutrons. Electrons orbit around the nucleus in shells or orbitals. Protons carry a positive charge, electrons carry a negative charge, and neutrons carry no charge. The number of protons in the nucleus determines the element to which the atom belongs, while the number of electrons in the outermost shell determines the chemical behavior of the atom.4.Expln the difference between a mixture and a pure substance. Give examples of each. Answer: A mixture is a combination of two or more substances that are not chemically bonded together. Mixtures can be either homogeneous or heterogeneous. A homogeneous mixture is a uniform mixture where the composition is the same throughout, such as saltwater. A heterogeneous mixture is a non-uniform mixture where the composition varies, such as oil and water. A pure substance is a substance that cannot be broken down into simpler substances by chemical means. Examples of pure substances include elements such as gold and silver, and compounds such as water and carbon dioxide.5.Expln the difference between a physical change and a chemical change. Give examples of each. Answer: A physical change is a change in the physical properties of a substance, such as shape, size, or state of matter, without changing its chemical composition. Examples of physical changes include melting ice, boiling water, and cutting paper. A chemical change is a change in the chemical properties or composition of a substance, resulting in the formation of a new substance or substances. Examples of chemical changes include burning of wood, digestion of food, and rusting of iron.。
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Unit10 Nomenclature of Hydrocarbons碳氢化合物的命名Alkanes烷烃理想的，每一种化合物都应该由一个明确描述它的结构的名称，并且通过这一名称能够画出它的结构式。
为了这一目的，全世界的化学家接受了世界纯粹与应用化学会（IUPAC）建立的一系列规则。
这个系统就是IUPAC系统，或称为日内瓦系统，因为IUPAC的第一次会议是在瑞士日内瓦召开的。
不含支链的烷烃的IUPAC命名包括两部分（1）表明链中碳原子数目的前缀；（2）后缀－ane，表明化合物是烷烃。
用于表示1至20个碳原子的前缀见表表中前4个前缀是由IUPAC选择的，因为它们早已在有机化学中确定了。
实际上，它们甚至早在它们成为规则之下的结构理论的暗示之前，它们的地位就确定了。
例如，在丁酸中出现的前缀but－，一种表示在白脱脂中存在的四个碳原子的化合物（拉丁语butyrum白脱（黄油））。
表示5个或更多碳原子的词根来源于希腊或拉丁词根。
含取代基的烷烃的IUPAC名称由母体名称和取代基名称组成，母体名称代表化合物的最长碳链，取代基名称代表连接在主链上的基团。
来源于烷烃的取代基称为烷基。
字母R－被广泛用来表示烷烃的存在.烷烃的命名是去掉原烷基名称中的－ane加上后缀－yl。
例如，烷基CH3CH2－称为乙基。
CH3－CH3乙烷（原碳氢化合物）CH3CH2－乙基（一个烷基）下面是IUPAC的烷烃命名规则：1. 饱和碳氢化合物称为烷烃。
2. 对有支链的碳氢化合物，最长的碳链作为主链，IUPAC命名按此主链命名。
3. 连接在主链上的基团称为取代基。
每一取代基有一名称和一数字.这一数字表示取代基连接在主链上的碳原子的位置。
4. 如果有多于一个的相同取代基，要给出表示支链位置的每个数字。
而且，表示支链数目的数字由前缀di－，tri－，tetra－，penta－等表示。
5. 如果有一个取代基，主链碳原子编号从靠近支链的一端开始，使支链位号最小。
如果有两个或多个取代基，支链从能使第一个取代基位次较小的一侧编号。
6. 如果有两个或多个取代基，它们按字母顺序排列。
当排列取代基时，前缀iso－（异）和neo－（新）也按字母排列，前缀sec－（仲）和tert－（特）在字母排列中忽略此外，按字母排列取代基时，表示倍数的前缀2，3，4等也被忽略。
Alkenes烯烃烷烃的碳原子间只有单键。
烯烃在两个碳原子间有双键（两个键）。
考虑到两个碳原子间以双键相连。
因为双键用去了两个碳原子的共4个电子。
所以只剩下4个电子以供成键。
想到一对单键需要一对共用电子，双键占有两对共用电子。
化合物成为CH2＝CH2。
分子式为C2H4。
它叫做乙烯。
当3个碳原子组成一个在两个碳之间含有双键的链C＝C －C，需要有多少氢与之相连以满足成键的需要？答案是6，结构式为CH2＝CH－CH3。
分子式为C3H6。
这种化合物的名称是丙烯。
注意这类化合物以－ene结尾，对所有的烯都是如此。
注意，除结尾处用－ene代替－ane之外，这些化合物的命名与那些烷烃的命名类似。
比较乙烷（C2H4）和乙烯（C3H6）的结构。
CH3－CH3乙烷 CH2＝CH2乙烯三个碳的烷是丙烷，三个碳的烯是丙烯。
同样，4个碳的烷是丁烷，而相应的烯是丁烯。
烯的通式是CnH2n。
在乙烯中氢原子数目是碳原子的2倍。
这样，辛烯有8个碳和16个氢，15个碳的烯的分子式为C15H30 乙烯基是这样的结构CH2＝CH－。
氯乙烯在制造业中其类似产品用作地板转、雨衣、纤维和家具膜。
然而，有迹象表明工作时间暴露于氯乙烯中的几位工人死于一种罕见的肝癌。
而且，暴露于氯乙烯中还与某些特定的出生缺陷有关。
氯乙烯的结构为CH2＝CHCl。
氯乙烯用于制造聚氯乙烯（PVC），一种塑料。
注意，1－丁烯表明双键开始于第一个碳原子。
相似的。
H3C－CH＝C(CH3)2称为2－甲基2－丁烯。
如果烯含有两个双键，称为二烯；三烯含有三个双键。
1，3－丁二烯用于制造汽车轮胎，白三烯与人的过敏反应有关。
Alkynes 炔烃想象2个碳由三键连接－C≡C－，需要几个氢与两个碳相连以满足成键？答案是2，所以这种化合物的分子式为C2H2。
这种化合物称为乙炔。
它的结构式为H－C≡C－H（H：C┇┇C：H）乙炔又称为acetylene。
这个词并不准确。
因为后缀－ene代表双键，而此化合物的碳原子间是以三键相连的。
如果三个碳成键而且其中两个碳以三键相连C≡C－C，只有4个氢能放在碳的周围以满足成键。
化合物为H－C≡C－CH3。
其分子式为C3H4。
这种化合物称为丙炔。
这两种化合物，乙炔和丙炔，都是炔。
它们在其中两个碳之间含有三键，它们的名称以－yne结尾。
炔的通式为CnH2n－2。
己炔，含有6个碳，式为C6H2×6－2或C6H10。
相应的，辛炔的分子式为C8H14。
炔是相对较少的化合物，而且很少出现在人体中。
与烯相似，炔的命名使炔键的位次最小。
4－甲基－2－己炔。
Nomenclature of Derivative 衍生物的命名Alcohols 醇在IUPAC系统中，含有一OH的最长碳链作为母链。
为了表明该化合物为醇，将相应的烷烃名称的后缀一e变为一ol，并加上数字来表示羟基的位置。
母链的编号应使一OH 的位次尽可能小。
醇的习惯命名是命名带一OH的烷基，并加上词“醇”。
在IUPAC系统中，带有两个羟基的化合物称为二醇，带有三个羟基的称为三醇，等等。
注意在这些化合物的IUPAC命名中其母体后缀一e被保留下来了。
相邻碳原子上带有两个羟基的化合物的习惯命名为glycols (二醇）。
乙二醇和丙二醇分别是由乙烯和丙烯合成的，所以它们的名称类似。
带有一OH和C=C基团的化合物称为不饱和醇，因为有碳一碳双键的存在。
在IUPAC 系统中，它们被命名为醇，而且母链的命名要使一OH具有最小编号。
含有双键的碳链通过把中缀由一an变为一en表示。
同时用编号表示碳碳双键和羟基的位置。
Ethers 醚在IUPAC系统中，醚的命名是选择最长的碳链作为母链，并把一OR基团命名为烷氧基取代基。
下面是低分子量醚的IUPAC命名。
醚的俗名是按照字母表顺序命名与氧相连的烷基并加上词“醚”。
化学家们基本上都使用低分子量醚的俗名。
例如，尽管乙氧基乙醚是CH3CH2OCH2CH3的IUPAC命名，但它很少使用；的确，化学家使用二乙基醚、乙醚，甚至更普通些使用简单醚这样的名称。
Amines 胺在IUPAC命名系统中，最长的含有胺基的碳链作为母体，一NH2作为取代基，就像一Cl、一NO2等一样。
通过前缀amino—表示它的存在，并用数字表示它的位置。
如果有多于一个的烷基与氮相连，含有最长碳链的烷基为母体，其他取代基命名为烷基并加上N—表示它与胺中的氮原子成键。
在这些及随后的例子中，首先给出IUPAC命名。
为了避免在普通命名下面再次列出相同的结构式，当有俗名时，我们在IUPAC命名下面括弧中列出俗名。
正如在阅读中将发现一样，普通命名比IUPAC命名的应用更为广泛。
含有两个或多个胺基的化合物命名中带有2—，3 —等前缀以表示多取代以及表示每个取代基位置的数字。
下面是三种胺。
第一种，1,6 —二胺基己烷，是合成尼龙一66的两种起始原料之一。
后两种是动物尸体腐烂后的产物，正如它们的俗名表示的一样。
如果一NH2是两种或多种取代基之一，用前缀表示，如下述例子：化合物C6H5NH2命名为苯胺，并成为其同系物的母体名称。
有几种苯胺的简单衍生物专有的以其俗名命名。
如甲苯胺（其邻同分异构体已列出）当一个氮原子上连有4个有机基团（不论是脂肪基还是芳香基），这些化合物叫做铵盐，如下面的例子：对醛酮的IUPAC命名遵循熟悉的模式，即选择含官能团的最长碳链作为母体化合物。
醛的命名是把母体的后缀一e变成一al。
因为醛基只能出现在碳氢链的一端且必须把醛基碳作为起始碳原子1，它的位置是独一无二的，因此不需要用数字表示它的位置。
下面是几种低分子量醛的IUPAC命名。
对不饱和醛（也就是说，还含有烯），碳碳双键的存在用中缀一en—表示，如下面的例子所示；对于同时有中缀和后缀的分子，后缀的位置表示其编号部分。
在IUPAC中保留的醛的俗名是安息香醛和肉桂醛。
Benzaldehyde 安息香醛cinnamaldehyde 肉桂醛在IUPAC系统中，酮的命名是选择包括羰基的最长碳链作为母链，通过把后缀一e换成一one来表明酮的存在。
母链编号从使羰基的位次最小的一端开始。
IUPAC系统保留了俗名丙酮和苯乙酮。
下面是一些例子：2-propanone acetone 2-butanone 4-methyl-3-hexanone 2 —丙酮，丙酮、 2—丁酮、 4—甲基一3 —己酮，2-methylcyclohexanone acetophenone p-chloroacetophenone 2 —甲基环己酮，苯乙酮， p—氯苯乙酮。
对于那些多于一个官能团的化合物，即有不止一个官能团需用词缀表示的化合物的命名，IUPAC系统建立了一个被称为官能团优先顺序的规则。
官能团优先顺序我们在表中给出。
你将知道当一个官能团有较高优先顺序的时候如何表示，而具有较低优先顺序又如何表示。
有机酸的IUPAC命名选择含羧基的最长碳链作为母体化合物。
羧基通过把母体化合物的后缀一e变成一oic acid (酸）来表示。
由于在母体中羧基碳原子的编号总是碳1，所以没有必要给出它的编号。
下面是一些有机酸的结构式及IUPAC命名，注意IUPAC系统保留了俗名蚁酸和醋酸。
如果羧酸含有一个不饱和键，中缀将由一an—变为一en—以表示双键的存在。
双键的位置由数字表示，就像普通烯一样。
下面是两种有机酸，都含有双键，括号中是他们的俗名。
在IUPAC系统中，羧基的优先顺序比大部分有机基团高，包括羟基和醛酮的羰基(表。
在取代羧酸中，一OH的存在用前缀“羟基”表示，醛酮的羰基的存在用前缀一oxo (羰基）表示，如下面的例子所示：母体化合物含2个羧基的二羧酸加上后缀“二酸”表示。
IUPAC系统保留了一些俗名，如草酸、丙二酸、琥珀酸和酒石酸。
草酸的名称来源于它的一个生物来源，即酢浆草类植物，其中之一叫大黄。
草酸用作汽车水箱的清洗剂、以及纺织品修整和清洁。
酒石酸是葡萄汁发酵成葡萄酒的副产物。
它以钾盐的形式被收集并以酒石的名称出售。
己二酸是合成尼龙一66的单体之一。
1985年，美国化学公司生产了 163 亿镑己二酸，全部用于合成尼龙一66。
三羧酸或多羧酸以后缀一三羧酸、一四羧酸等命名。
三羧酸的例子是2—羟基一1，2，3 —丙三羧酸，它的俗名是柠檬酸，也是IUPAC系统的保留名称。
柠檬酸在代谢过程，即通常所说的三羧酸或克雷布氏循环中起主要作用。
Unit 12 What is Analytical Chemistry什么是分析化学也许对分析化学最实用的定义是：对物质进行定性和定量的表征。