丹霞山命名情况介绍(英文)
丹霞山命名情况介绍
Danxiashan National Park
DANXIASHAN NATIONAL PARK
Danxia is literally understood in Chinese as “red sunglow”. Red rocks and red cliffs all over, the mountain looks like a red stone sculpture park, so it earned its reputation as “ the Red Stone Pa rk of China” and Mt. Danxia. Since the Sui and Tang Dynasty, Danxiashan has become a famous place of interest and listed No. 1 in the top four mountains in Guangdong Province. On Aug. 1st, 1988, Danxiashan, with the area of 215 k㎡, was authorized by the National State Council as a National Park.
Based on Danxia Landform, the park is famous for its red stones, limpid water, verdant trees, peaceful country scenery and unique local religion and culture. On the basis of proper environmental protection, landscape reservation and tourism development, the setup of Danxiashan National park is certain to keep forward the sustainable development of local society, economy as well as its culture and environment, which will pave the way for it to be recognized as a first-class tourist attraction around the country and throughout the world.
Danxiashan National Geopark
DANXIASHAN NATIONAL GEOPARK
(THE RED STONE PARK OF CHINA)
Danxiashan National Geopark, with an area of 290 k㎡, is located in the northeastern suburbs of Shaoguan City of Guangdong Province, PRC.
Danxiashan was a huge inland basin in Nanling Mountain Area around the years between 140 million and 70 million years ago, where the deep red bed gradually developed after accumulation of a mass of detrital matters. Around 70 million years ago, the basin intermittently uplifted, then down-cut and eroded by water flows, and finally developed into what is named Mt. Dnxiashan.
In 1930’s, the landform characteristic of non-marine red clastic rock, red walls and red cliffs was named Danxia Landform. Among the 650 places of Danxia Landform found in China, the Danxia Landform here is one of the places with the largest area, the most complete types, the richest modeling and the splendid scenery.
The setup of Danxiashan National Geopark is in favor of protecting the precious geological and geomorphologic heritage and an incentive of promoting the sustainable development of local
tourism and economy.
Danxiashan Global Geopark
DANXIASHAN GLOBAL GEOPARK
The Global Geoparks are referred to those natural areas with unique significance of geology, precious geological heritage and outstanding aesthetic value, which have great significance and value for scientific research of the history of global geology, important geological incidents and its shape process, as well as outstanding significance of education and tourism.
The Danxia Landform in Danxiashan, where the term of Danxia Landform came from, can be classified as typical, representative, diverse in shape and irreplaceable. Now, the scientific research of Danxia Landform on the stratum, formation, physiognomy, agent action, development natural environment and ecological evolution is the most detailed and deep-going among all Danxia morphologic regions of China and has served as the national and will go on to serve as the global scientific base for Danxia Landform, as well as for scientific tourism, and general education and practice.
ON February 13th, 2004, Danxiashan was successfully authorized by the UNESCO to be one of the First Global Geoparks, which paved the way for Danxiashan to the great aim to be one of the most well-known mountains around the globe. The Danxiashan of tomorrow will certainly be a first-class global geopark with the geological heritage, ecological environment, and regional culture well-preserved, and local society and economy sustainably developed.
The Annal of Naming Danxia Landform
THE ANNAL OF NAMING DANXIA LANDFORM
Danxia Landform is made up of non-marine red clastic rocks and characterized by red walls and red cliffs. It was named after the famous mountain in Lingnan----Mt. Danxiashan, which is the typical representative of its kind and was given such a name because Mt. Danxiashan has features with “luster as vermeil and patina as sunglow”. In 1930’s, Prof. Cheng Guoda, the experienced geologist, named the red glutenite peak clusters in South China Danxia Landform after Mt. Danxiashan, making it one special geomorphology that is widely accepted by international academic circles.
With the efforts of generations of scholars, the research on Danxia Landform has developed
into one of the branches of geomorphology. As a result, Mt. Danxiashan has become the base for the comparable research into Danxia Landform in the world. Swarms of places of Danxia Landform have become famous scenic areas with their peculiar landscape, among which Mt. Danxiashan is the very representative.
Peng Hua, Director-general of the Danxia Landform and Tourist
Development Research Society of China
January, 2000
英文自我介绍合集(大黄蜂资料大集合)
General Introduction I am a third year master major in automation at Shanghai Jiao Tong University, P. R. China. With tremendous interest in Industrial Engineering, I am writing to apply for acceptance into your Ph.D. graduate program. Education background In 1995, I entered the Nanjing University of Science & Technology (NUST) -- widely considered one of the China?s best engineering schools. During the following undergraduate study, my academic records kept distinguished among the whole department. I was granted First Class Prize every semester,In 1999, I got the privilege to enter the graduate program waived of the admission test. At the period of my graduate study, my overall GPA(3.77/4.0) ranked top 5% in the department. In the second semester, I became teacher assistant that is given to talented and matured students only. This year, I won the Acer Scholarship as the one and only candidate in my department, which is the ultimate accolade for distinguished students endowed by my university. Presently, I am preparing my graduation thesis and trying for the honor of Excellent Graduation Thesis. Research experience and academic activity When a sophomore, I joined the Association of AI Enthusiast and began to narrow down my interest for my future research. With the tool of OpenGL and Matlab, I designed a simulation program for transportation scheduling system. It is now widely used by different research groups in NUST. I assumed and fulfilled a sewage analysis & dispose project for Nanjing sewage treatment plant. This was my first practice to convert a laboratory idea to a commercial product.
名家资料英文介绍：奥斯卡·王尔德 Oscar Wilde
Oscar Wilde (1854-1900), Irish poet and dramatist whose reputation rests on his comic masterpieces Lady Windermere's Fan温夫人的扇子(1892) and The Importance of Being Earnest认真的重要性(1895). Among Wilde's other best-known works are his only novel The Picture of Dorian Gray多利安?格雷的画像(1891) and his fairy tales especially "The Happy Prince." Wilde was born on October 16, 1854 in Dublin to unconventional parents - his mother Lady Jane Francesca Wilde (1820-96), was a poet and journalist. His father was Sir William Wilde, an Irish antiquarian古物研究者,收集古物者（antiques）, gifted writer, and specialist in diseases of the eye and ear. Wilde studied at Portora Royal School, Enniskillen, County Fermanagh (1864-71), Trinity College, Dublin (1871-74) and Magdalen College, Oxford (1874-78). In 1878 Wilde received his B.A. and in the same year he moved to London. His lifestyle and humorous wit soon made him the spokesman for
完整版化合物英文命名规则
Nomenclature of Inorganic Compounds 无机化合物的命名（Prefix 词头,前缀Suffix 词尾,后缀Stem 词根） 1.Trivial Names 俗名 H2O water 不说dihydrogen oxide NH3 ammonia 不说nitrogen trihydride CaO quicklime CaCO3 limestone 2.Systematic Nomenclature 系统命名 1）Oxide 氧化物——先命名非氧元素 ZnOzinc oxide CaO calcium oxide CO carbon oxide Na2O2 sodium peroxide H2O2hydrogen peroxide 注：peroxide 过氧化物 2）Hydroxide 氢氧化物（base 碱） Ba（OH）2 barium hydroxide KOH potassium hydroxide 3）Acid 酸 Hydro acid 氢酸General formula 通式:HnX 命名：hydro- + stem of X + -ic acid H2S hydrosulfuric acid（英） hydrosulphuric（美）氢硫酸S:sulfur（英）、sulphur（美）HBr 氢溴酸hydrobromic acidBr: bromine HCl 氢氯酸（盐酸）hydrochloric acidCl: chlorine HF 氢氟酸hydrofluoric acidF: fluorine Oxoacid or Oxyacid 含氧酸General formula 通式：HnXOm 命名：Stem of X + -ic acid 注：oxo- （oxy-）含氧, 氧代 H2SO4 sulfuric acid（英） sulphuric acid（美） H2CO3 carbonic acid H3PO4 phosphoric acid P： phosphorus H3BO3 boric acid B： boron HNO3 nitric acid N： nitrogen If X has two oxidation states ： -ic：the higher oxidation state -ous：the lower oxidation state H2SO4 sulfuric acid H2SO3 sulfurous acid 1/5 HNO3 nitric acid HNO2 nitrous acid If X （such as halogens） has more than two oxidation states ：halogen 卤素 per- （过，高） + -ic ：the still higher oxidation state hypo- （次,在,下） + -ous：the still lower oxidation state HClO3 chloric acid HClO2 chlorous acid HClO4 perchloric acid HClO hypochlorous acid
AT89C51英文介绍资料
AT89C51 Description The AT89C51 is a low-power, high-performance CMOS 8-bit microcomputer with 4K bytes of Flash Programmable and Erasable Read Only Memory (PEROM). The device is manufactured using Atmel’s high density nonvolatile memory technology and is compatible with the industry standard MCS-51? instruction-set and pinout. The on-chip Flash allows the program memory to be reprogrammed in-system or by a conventional nonvolatile memory programmer. By combining a versatile 8-bit CPU with Flash on a monolithic chip, the Atmel AT89C51 is a powerful microcomputer which provides a highly flexible and cost effective solution to many embedded control applications. Features ?Compatible with MCS-51? Products ?4K Bytes of In-System Reprogrammable Flash Memory –Endurance: 1,000 Write/Erase Cycles ?Fully Static Operation: 0 Hz to 24 MHz ?Three-Level Program Memory Lock ?128 x 8-Bit Internal RAM ?32 Programmable I/O Lines ?Two 16-Bit Timer/Counters ?Six Interrupt Sources ?Programmable Serial Channel ?Low Power Idle and Power Down Modes The A T89C51 provides the following standard features: 4K bytes of Flash,128 bytes of RAM, 32 I/O lines, two 16-bit timer/counters, a five vector two-level interrupt architecture, a full duplex serial port, on-chip oscillator and clock circuitry. In addition, the AT89C51 is designed with static logic for operation down to zero frequency and supports two software selectable power saving modes. The Idle Mode stops the CPU while allowing the RAM, timer/counters, serial port and interrupt system to continue functioning. The Power-down Mode saves the RAM contents but freezes the oscillator disabling all other chip functions until the next hardware reset.
有机化合物系统英文命名法
与无机物质的英文命名相比较［1］，有机化合物 的命名显得更为复杂。它不仅要考虑化合物分子 中的原子组成及数目，而且要反映出其中所含的官 能团种类。为了促进大学化学化工学科双语教学 的实施，帮助学生阅读化学化工的英文文献，笔者在此对有机化合物的英文命名方法作一简要归纳和介绍。 1有机化合物的官能团分类 有机化合物种类繁多，数目庞大，而且新的有机物质还在不断地合成和发现出来。为了系统地进行研究，化学家对有机化合物作了严格、科学的分类。物质的性质与物质的结构密切相关。体现有机化合物主要结构特征的是其分子中的官能团（functional group）。官能团决定着有机化合物的性质，所以按照官能团来对有机化合物进行分类是有机化学常用的一种分类方法。根据不同的官能团，有机化合物主要可分为：烃（hydrocarbon）、醇（alcohol）、醚（ether）、醛（aldehyde）、酮（ketone）、羧酸（carboxylic acid）、酯（ester）、胺（amine）、酰胺（amide）、氨基酸（amino acid）和氰（nitrile）等。 现在国际上通常用（当然也是英文书籍、期刊中经常使用）的是国际纯粹与应用化学联合会系统命名法，简称IUPAC系统命名法。同时，出于历史、习惯或简便原因，也使用一些普通名（common name）或俗名（trivial name），甚至缩略名（abbreviated name，如TNT和DDT等）。除特别说明外，本文讲的命名法为IUPAC系统命名法。 2烃的命名 (1)烷烃（alkane）：有关词头+-ane 例： CH 4CH 3 CH 2 CH 3 methane propane CH 3CH 3 CH 3 CH 2 CH 2 CH 3 ethane butane 从第5个成员戊烷（pentane）开始，烷烃的命名根据其含碳数由希腊数字派生（见表1［2］）。如果希腊数字末尾带字母-a，命名对应的烷烃时，直接在其后加-ne。
中学化学物质的英文命名
化合物的英文命名（Nomenclature of compounds） I 无机物的命名(Inorganic compounds) 1 元素与单质的命名 “元素”和“单质”的英文意思都是“element”，有时为了区别，在强调“单质”时可用“free element”。因此，单质的英文名称与元素的英文名称是一样的。下面给出的既是元素的名称，同时又是单质的名称。 S-block Element IA IIA H Hydrogen Be Berylliu m Li Lithium Mg Magnesiu m Na Sodium Ca Calcium K Potassium Sr Stronti um Rb Rubidium Ba Barium Cs Cesium Fr Francium Ra Radi um P-block Element IIIA IV A V A B Boron C Carbon N Nitrogen Al Aluminium Si Silicon P Phosphorus Ga Gallium Ge Germanium As Arsenic In Indium Sn Tin S b Antimony Tl Thallium Pb Lead B i Bismuth
VIA VIIA He Helium O Oxygen F Fluorine Ne Neon S Sulfur Cl Chlorine Ar Argon Se Selenium Br Bromine Kr Krypton Te Tellurium I Iodine Xe Xenon Po Polonium At Astatine Rn Radon Common Transition Elememt Fe : iron Mn : manganese Cu: copper Zn: zinc Hg: mercury Ag: silver Au: gold 2 化合物的命名 化合物的命名顺序都是根据化学式从左往右读，这与中文读法顺序是相反的。表示原子个数时使用前缀(1)mono-,(2)di -,(3)tri- ,(4)tetra – ,(5)penta- (6)hexa-,(7)hepta-, (8)octa-,(9)nona-,(10)deca-,但是在不会引起歧义时，这些前缀都尽可能被省去。 ①Naming metal ions (cations) for metal oxides, bases and salts i. Single valence ions Cation’s name = Element for example: Na+ Sodium Al3+ Aluminum K+ Potassium Ca2+ Calcium ii.Multivalence ions Cation’s name = Element(N)
英语自我介绍资料
英语自我介绍资料 内容重点；1 开头礼貌用语 2 个人情况（中英文名字，年龄，班级和所在学校） 3 家庭情况（成员，工作情况） 4 个人兴趣（例如绘画，书法，唱歌，跳舞等） 5 结束用语 1 Ladies and gentlemen,good afternoon! Hello everybody/everyone. Nice to meet you 2 I’m very glad to stand here./It’s my pleasure to stand here. First, I will introduce myself. My name is 中文姓名and English name is 英文姓名.I’m 自己年龄years old . I’m in Class 班级Grade 年级。所在学校名称. primary/middle school . 3 There are 几个家庭成员people in my family . My parents / my father, mother and 、 I.(sister,brother) My father is 工作名称.My mother is 工作名称 . 4 I like 自己的兴趣爱好. My favourite food /colour/music/book is 自己喜爱的食物，颜色，音乐，书籍等. 5 I love my family members very much .That ‘s my introduction. Thank you very much ! 英语自我介绍资料 内容重点；1 开头礼貌用语 2 个人情况（中英文名字，年龄，班级和所在学校） 3 家庭情况（成员，工作情况） 4 个人兴趣（例如绘画，书法，唱歌，跳舞等） 5 结束用语 1 Ladies and gentlemen,good afternoon! Hello everybody/everyone. Nice to meet you! 2 I’m very glad to stand here./It’s my pleasure to stand here. First, I will introduce myself. My name is 中文姓名and English name is 英文姓名.I’m 自己年龄years old . I’m in Class 班级Grade 年级。所在学校名称. primary/middle school . 3 There are 几个家庭成员people in my family . My parents / my father, mother and 、 I.(sister,brother) My father is 工作名称.My mother is 工作名称 . 4 I like 自己的兴趣爱好. My favourite food /colour/music/book is 自己喜爱的食物，颜色，音乐，书籍等. 5 I love my family members very much .That ‘s my introduction. Thank you very much
有机化合物命名规则大全
有机化合物命名规则大全 有机化合物种类繁多，数目庞大，即使同一分子式，也有不同的异构体，若没有一个完整的命名（nomenclature）方法来区分各个化合物，在文献中会造成极大的混乱，因此认真学习每一类化合物的命名是有机化学的一项重要内容。现在书籍、期刊中经常使用普通命名法和国际纯粹与应用化学联合会（International Union of Pure and Applied Chemistry）命名法, 后者简称IUPAC命名法。 一、链烷烃的命名 1. 系统命名法 （1）直链烷烃的命名 直链烷烃（n?alkanes）的名称用“碳原子数+烷”来表示。当碳原子数为1?10时，依次用天干——甲、乙、丙、丁、戊、己、庚、辛、壬、癸——表示。碳原子数超过10时，用数字表示。例如：六个碳的直链烷烃称为已烷。十四个碳的直链烷烃称为十四烷。烷烃的英文名称是alkane，词尾用ane。表1列出了一些正烷烃的中英文名称： 表1 正烷烃的名称
以上20个碳以内的烷烃要比较熟悉，以后经常要用。烷烃的英文名称变化是有规律的，认真阅读上表即可看出。表中的正（n ?）表示直链烷烃，正（n ?）可以省略。 （2）支链烷烃的命名 有分支的烷烃称为支链烷烃（branched ?chain alkanes ）。 （i ）碳原子的级 下面化合物中含有四种不同碳原子： CH 3 C CH 33C CH 3H C H H CH 3 (i) (i) (i) (i) (i) (ii)(iii)(iv) ① 与一个碳相连的碳原子是一级碳原子，用1?C 表示（或称伯碳，primary carbon ），1?C 上的氢称为一级氢，用1?H 表示。 ② 与两个碳相连的碳原子是二级碳原子，用2?C 表示（或称仲碳，secondary carbon ），2?C 上的氢称为二级氢，用2?H 表示。 ③ 与三个碳相连的碳原子是三级碳原子，用3?C 表示（或称叔碳，tertiary carbon ），3?C 上的氢称为三级氢，用3?H 表示。 ④ 与四个碳相连的碳原子是四级碳原子，用4?C 表示（或称季碳，quaternary carbon ） （ii ）烷基的名称 烷烃去掉一个氢原子后剩下的部分称为烷基。英文名称为alkyl ，即将烷烃的词尾?ane 改为?yl 。烷基可以用普通命名法命名，也可以用系统命名法命名。表2列出了一些常见烷基的名称。
商业资料英文自我介绍合集篇
A thesis submitted to in partial fulfillment of the requirement for the degree of Master of Engineering 自我介绍合集篇 英语自我介绍范文 General Introduction I am a third year master major in automation at Shanghai Jiao Tong University, P. R. China. With tremendous interest in Industrial Engineering, I am writing to apply for acceptance into your Ph.D. graduate program. Education background In 1995, I entered the Nanjing University of Science & Technology (NUST) -- widely considered one of the China’s best engineering schools. During the following undergraduate study, my academic records kept distinguished among the whole department. I was granted First Class Prize every semester,In 1999, I got the privilege to enter the graduate program waived of the admission test. At the period of my graduate study, my overall GPA(3.77/4.0) ranked top 5% in the department. In the second semester, I became teacher assistant that is given to talented and matured students only. This year, I won the Acer Scholarship as the one and only candidate in my department, which is the ultimate accolade for distinguished students endowed by my university. Presently, I am preparing my graduation thesis and trying for the honor of Excellent Graduation Thesis.
专业英语的命名方法—比较系统
无机物英语命名法一单原子离子 1正离子 Cu+copper(Ⅰ) Cu2+copper(Ⅱ) 2负离子-ide Sulfide S2- Nitride N3- Oxide O2- 氟fluorine F- fluoride 氯chlorine Cl- chloride 溴bromine Br- bromide 二多原子离子 1 -ate -ite NO3-nitrate CO32- carbonate NO2-nitrite OH- hydroxide SO42-sulfate SO32- sulfite HCO3- hydrogen carbonate HSO4-hydrogen sulfate H2PO43- dihydrogen phosphate 2 Fewest Oxygen Atoms hypo—ite Fewer Oxygen Atoms —ite More Oxygen Atoms —ate Most Oxygen Atoms per —ate ClO- hypochlorite ClO2- chlorite ClO3-chlorate ClO4-perchlorate 三两种元素组成的化合物 FeO iron( II ) oxide (ferrous oxide) Fe2O3iron( III ) oxide (ferric oxide) SnCl4tin(IV) chloride PbO2lead(IV) oxide 金属氢化物一般命名规则：金属名＋hydride CaH2 calcium hydride NaH sodium hydride 非金属氢化物一般命名规则： hydrogen+非金属+ide HCl hydrogen chloride H2S hydrogen sulfide (sulphide) HF hydrogen fluoride SiC silicon carbide 非金属氧化物命名：非金属名＋n-oxide (l)mono- (2)di- (3)tri- (4)tetra- (5)penta- (6) hexa- (7)hepata- (8)octa- (9)nona- (10)deca-
无机化合物英文命名
无机化合物的命名 （nomenclature of inorganic compound）讲授新课： (一)、元素（element）命名和符号 H hydrogen [?haidr?d??n] He helium ['hi:li?m] Li lithium ['liθi?m Be beryllium [be'rili?m] B boron ['b?:r?n] C carbon [?kɑ:b?n] N nitrogen [?naitr?d??n] O oxygen [??ksid??n] F fluorine ['flu?ri:n] Ne neon [?ni:?n ?ni:?n] Na sodium ['s?udi?m] Mg magnesium [m?g?ni:zi?m] Al aluminum [??lju?mini?m, ??l??mini?m] Si silicon [?silik?n] P phosphorus ['f?sf?r?s] S sulfur [ ['s?lf?] Cl chlorine ['kl?:ri:n]
Ar argon ['ɑ:g?n] Ca calcium [?k?lsi?m] Rb rubidium [ru:'bidi?m] K potassium [p?'t?si?m] Br bromine ['br?umi:n] I iodine [?ai?di:n] Ba barium ['b??ri?m 其他常有元素 Fe : iron ['ai?n] Mn : manganese [?m??g?'ni:z] Cu: copper [?k?p?]拉丁语：Cuprum Zn: zinc [zi?k] Hg: mercury [?m?:kjuri] 来源于古希腊人对它的称呼hydor argyros (水银) Ag: silver [?silv?]拉丁名Argentum 即来自希腊文argyros (明亮) , 元素符号Ag ,与英文名silver 毫不相干; Au: gold [g?uld] 金的拉丁名Aurum 来自希腊文aurora (灿烂) ,元素符号Au ,与英文名gold 也无关系。 Pt: platinum ['pl?tin?m] Mn: Manganese [?m??g?'ni:z] 钚（英语：Plutonium）原子序数为94，元素符号是Pu，[plu:'t?uni?m]东京电 力公司委托外部专门机构进行了检测，并从中检测出微量的钚-238、钚-239和钚-240。【钚-238的半衰期是80多年，钚-239是24000年，钚-240半衰期为6500年，钚-244达8千万年】
潍坊的英文介绍资料整合
Weifang (simplified Chinese: 潍坊; pinyin: Wéifāng) is a prefecture-level city in central Shandong province, People's Republic of China. It borders Dongying to the northwest, Zibo to the west, Linyi to the southwest, Rizhao to the south, Qingdao to the east, and looks out to the Laizhou Bay to the north. Weifang is a historical city with well known figures. Emperor Shun of the Three Sovereigns and Five Emperors period, the politician Yan Ying (晏婴) of the Spring and Autumn Period, the Confucian scholar Zheng Xuan of the Estern Han Dynasty and the agriculturist Jia Simiao of the Northern Wei Dynasty were all from Weifang. Kong Rong, Fan Zhongyan, Ouyang Xiu, Su Dongpo, Zheng Banqiao, et al. have worked in Weifang historically. In more recent years, revolutionists, litterateurs and artists, such as Wang Jinmei, Chen Shaomin, Wang Yuanjian, Wang Tongzhao, Zang Kejia are well known in China. Weifang also boasts of historical relics and other tourist sites, such as Shihu Garden (from the Late Ming and early Qing Dynasty), Fangong Pavilion (from the Song Dynasty), fossile sites (including dinosaur fossils, in Shanwang, Linqu), Mount Yi National Forest Park, Mount Qingyun and the Old Dragon Spring. Weifang is the world capital of kites. The woodcut new year’s paintings from Yangjiabu are well known. Administration The prefecture-level city of Weifang administers 12 county-level divisions, including 4 districts, 6 county-level cities and 2 counties. * Weicheng District (潍城区) * Kuiwen District (奎文区) * Fangzi District (坊子区) * Hanting District (寒亭区) * Qingzhou City (青州市) * Zhucheng City (诸城市) * Shouguang City (寿光市) * Anqiu City (安丘市) * Gaomi City (高密市) * Changyi City (昌邑市) * Changle County (昌乐县) * Linqu County (临朐县) Geography Nearby cities include Jinan and Zibo to the west, Yantai to the northeast and Qingdao to the southeast. Economy Weifang is home to the large diesel engine company and factory Weichai. The village of Yangjiabu in Hanting district is famous for folk wood-block print (nianhua) and kite production. Weifang regards itself as the 'International Kite Capital' and holds an international kite festival every year in the spring. Notable people * Zheng Xuan (127-200), Eastern Han Dynasty Confucian scholar * Liu Yong (刘墉; 1719-1805), renowned Qing Dynasty bureaucrat --------------------------------------------------------- Culture of Weifang
常见无机化合物英文命名
最无机化合物的命名绝对给力讲授新课： (一)、元素（element）命名和符号 H hydrogen [?haidr?d??n] He helium ['hi: li?m] Li lithium ['liθi?m Be beryllium [be'rili?m] B boron ['b?: r?n] C carbon [?kɑ: b?n] N nitrogen [?naitr?d??n] O oxygen [??ksid??n] F fluorine ['flu?ri: n] Ne neon [?ni: ?n ?ni: ?n] Na sodium ['s?udi?m] Mg magnesium [m?g?ni:
zi?m] Al aluminum [??lju?mini?m,??l??mini?m] Si silicon [?silik?n] P phosphorus ['f?sf?r?s] S sulfur [ ['s?lf?] Cl chlorine ['kl?: ri: n] Ar argon ['ɑ: g?n] Ca calcium [?k?lsi?m] Rb rubidium [ru: 'bidi?m] K potassium [p?'t?si?m] Br bromine ['br?umi: n] I iodine [?ai?di: n] Ba barium ['b??ri?m 其他常有元素 Fe :
iron ['ai?n] Mn : manganese [?m??g?'ni: z] Cu: copper [?k?p?]拉丁语： Cuprum Zn: zinc [zi?k] Hg: mercury [?m?: kjuri]来源于古希腊人对它的称呼hydor argyros (水银) Ag: silver [?silv?]拉丁名Argentum 即来自希腊文argyros (明亮) ,元素符号Ag ,与英文名silver 毫不相干; Au: gold [g?uld]金的拉丁名Aurum 来自希腊文aurora (灿烂) ,元素符号Au ,与英文名gold 也无关系。 Pt: platinum ['pl?tin?m] Mn: Manganese [?m??g?'ni:
上海著名景点英文介绍(附图)教案资料
上海著名景点英文介 绍(附图)
※Shanghai Oriental Pearl Tower The Oriental Pearl Tower is a TV tower in Shanghai, China. The Oriental Pearl Tower is located at the tip of Lujiazui in the Pudong district, by the side of Huangpu River, opposite of The Bund. It was designed by the Shanghai Modern Architectural Design Co. Ltd. Principal designers are Jiang Huan Chen, Lin Benlin and Zhang Xiulin. Construction began in 1990 and the tower was completed in 1994. At 468 m (1,535 feet) high, it was the tallest structure in China (excluding Taiwan; see Taipei 101) from 1994–2007, when it was surpassed by the Shanghai World Financial Center. The spheres in the tower The tower features 11 spheres, big and small. The two largest spheres, along the length of the tower, have diameters of 50 m (164 ft) for the lower and 45 m (148 ft) for the upper. They are linked by three columns, each 9 m (30 ft) in diameter. The highest sphere is 14 m (46 ft) in diameter. The entire building is supported by three enormous columns that start underground. Observation levels The tower has fifteen observatory levels. The highest (known as the Space Module) is at 350 m (1148 ft). The lower levels are at 263 m (863 ft) (Sightseeing Floor) and at 90 m (295 ft) (Space City). There is a revolving restaurant at the 267 m (876 ft) level. The project also contains exhibition facilities, restaurants and a shopping mall. There is also a 20-room hotel called the Space Hotel between the two large spheres. Antenna spire