元素
常用化学元素

第 21 号元素: 钪 [化学符号]Sc, 读“亢”, [英文名称]Scandium 第 22 号元素: 钛 [化学符号]Ti, 读“太”, [英文名称]Titanium 第 23 号元素: 钒 [化学符号]V, 读“凡”, [英文名称]Vanadium 第 24 号元素: 铬 [化学符号]Cr, 读“各”, [英文名称]Chromium 第 25 号元素: 锰 [化学符号]Mn, 读“猛”, [英文名称]Manganese 第 26 号元素: 铁 [化学符号]Fe, 读“铁”, [英文名称]Iron 第 27 号元素: 钴 [化学符号]Co, 读“古”, [英文名称]Cobalt 第 28 号元素: 镍 [化学符号]Ni, 读“臬”, [英文名称]Nickel 第 29 号元素: 铜 [化学符号]Cu, 读“同”, [英文名称]Copper 第 30 号元素: 锌 [化学符号]Zn, 读“辛”, [英文名称]Zinc 第 31 号元素: 镓 [化学符号]Ga, 读“家”, [英文名称]Gallium 第 32 号元素: 锗 [化学符号]Ge, 读“者”, [英文名称]Germanium 第 33 号元素: 砷 [化学符号]As, 读“申”, [英文名称]Arsenic 第 34 号元素: 硒 [化学符号]Se, 读“西”, [英文名称]Selenium 第 35 号元素: 溴 [化学符号]Br, 读“秀”, [英文名称]Bromine 第 36 号元素: 氪 [化学符号]Kr, 读“克”, [英文名称]Krypton 第 37 号元素: 铷 [化学符号]Rb, 读“如”, [英文名称]Rubidium 第 38 号元素: 锶 [化学符号]Sr, 读“思”, [英文名称]Strontium 第 39 号元素: 钇 [化学符号]Y, 读“乙”, [英文名称]Yttrium 第 40 号元素: 锆 [化学符号]Zr, 读“告”, [英文名称]Zirconium
元素周期表 的元素

元素周期表的元素
按周期时间排列元素:
第一周期时间:氢、氦。
第二周期时间:锂、铍、硼、碳、氮、氧、氟、氖。
第三周期时间:钠、镁、铝、硅、磷、硫、氯、氩。
第四周期时间:钾、钙、钪、钛、钒、铬、锰、铁、钴、镍、铜、锌、镓、锗、砷、硒、溴、氪。
第五周期时间:铷、锶、钇、锆、铌、钼、锝、钌、铑、钯、银、镉、铟、锡、锑、碲、碘、氙。
第六周期时间:铯、钡、镧、铪、钽、钨、铼、锇、铱、铂、金、汞、砣、铅、铋、钋、砹、氡。
第七周期时间:钫、镭、锕。
目前元素周期表有118种元素,大自然目前发现的只有94种,
其他的24种则是通过人工合成实现的。
118种元素并不是宇宙所有的元素集合,虽然目前我们发现的自然元素只有94种,可是宇宙浩瀚广阔,我们了解得连1%都不算,而在未知的宇宙空间,可能还有其它更神秘复杂的自然元素。
26个元素符号表

元素符号表是一个重要的学习工具,可以帮助我们了解各种化学元素的名称和符号。
以下是一个简要的元素符号表,包含了常见的26个元素:1. H -氢2. He -氦3. Li -锂4. Be -铍5. B -硼6. C -碳7. N -氮8. O -氧9. F -氟10. Ne -氖接下来是第二周期的元素符号:11. Na -钠12. Mg -镁13. Al -铝14. Si -硅15. P -磷16. S -硫17. Cl -氯18. Ar -氩第三周期的元素符号包括:19. K -钾20. Ca -钙21. Sc -钪22. Ti -钛23. V -钒24. Cr -铬25. Mn -锰26. Fe -铁对于这些元素的符号,我们可以这样解释:* H是氢的化学符号,因为氢是最轻的元素,因此H也代表“轻元素”。
* He是氦的化学符号,因为氦是一种稀有气体,因此He也代表“稀有气体元素”。
* Li、Be、B、C、N、O、F、Ne等都是周期表中的常见元素,其化学符号反映了它们的性质,例如Li是“轻金属元素”的代表,Be是“轻非金属元素”的代表,B是“轻非金属元素”的代表之一,C则是典型的非金属元素之一。
C之后的N则代表“气态非金属元素”等。
对于其他元素,如P、S、Cl等,其化学符号也反映了它们的性质。
* K、Ca、Sc、Ti、V、Cr、Mn等都是金属元素,其化学符号反映了它们在周期表中的位置和性质。
例如K是第一主族金属元素的代表之一,Ca则是第二主族金属元素的代表之一。
对于其他金属元素,如Fe、Co、Ni等,其化学符号也反映了它们在周期表中的位置和性质。
此外,它们在冶金工业中具有重要应用。
* Ar是一种稀有气体元素,其化学符号与其他稀有气体元素的化学符号类似,表示其为惰性气体元素。
这些元素的性质也得到了广泛的认可和应用。
总的来说,这些元素的符号不仅反映了它们的性质和位置,也反映了它们在化学和工业中的应用。
通过学习和掌握这些元素的符号和性质,我们可以更好地了解化学和工业的基础知识,并为未来的学习和工作打下坚实的基础。
化学元素表带拼音

第 02 号元素: 氦 [化学符号]He, 读“亥”第 03 号元素: 锂 [化学符号]Li, 读“里”第 04 号元素: 铍 [化学符号]Be, 读“皮”第 05 号元素: 硼 [化学符号]B, 读“朋”第 06 号元素: 碳 [化学符号]C, 读“炭”第 07 号元素: 氮 [化学符号]N, 读“淡”第 08 号元素: 氧 [化学符号]O, 读“养”第 09 号元素: 氟 [化学符号]F, 读“弗”第 10 号元素: 氖 [化学符号]Ne, 读“乃”第 11 号元素: 钠 [化学符号]Na, 读“纳”第 12 号元素: 镁 [化学符号]Mg, 读“美”第 13 号元素: 铝 [化学符号]Al, 读“吕”第 14 号元素: 硅 [化学符号]Si, 读“归”第 15 号元素: 磷 [化学符号]P, 读“邻”第 16 号元素: 硫 [化学符号]S, 读“流”第 17 号元素: 氯 [化学符号]Cl, 读“绿”第 18 号元素: 氩 [化学符号]Ar,A, 读“亚”第 19 号元素: 钾 [化学符号]K, 读“甲”第 20 号元素: 钙 [化学符号]Ca, 读“丐”第 21 号元素: 钪 [化学符号]Sc, 读“亢”第 22 号元素: 钛 [化学符号]Ti, 读“太”第 23 号元素: 钒 [化学符号]V, 读“凡”第 25 号元素: 锰 [化学符号]Mn, 读“猛”第 26 号元素: 铁 [化学符号]Fe, 读“铁”第 27 号元素: 钴 [化学符号]Co, 读“古”第 28 号元素: 镍 [化学符号]Ni, 读“臬”第 29 号元素: 铜 [化学符号]Cu, 读“同”第 30 号元素: 锌 [化学符号]Zn, 读“辛”第 31 号元素: 镓 [化学符号]Ga, 读“家”第 32 号元素: 锗 [化学符号]Ge, 读“者”第 33 号元素: 砷 [化学符号]As, 读“申”第 34 号元素: 硒 [化学符号]Se, 读“西”第 35 号元素: 溴 [化学符号]Br, 读“秀”第 36 号元素: 氪 [化学符号]Kr, 读“克”第 37 号元素: 铷 [化学符号]Rb, 读“如”第 38 号元素: 锶 [化学符号]Sr, 读“思”第 39 号元素: 钇 [化学符号]Y, 读“乙”第 40 号元素: 锆 [化学符号]Zr, 读“告”第 41 号元素: 铌 [化学符号]Nb, 读“尼”第 42 号元素: 钼 [化学符号]Mo, 读“目”第 43 号元素: 碍 [化学符号]Tc, 读“得”第 44 号元素: 钌 [化学符号]Ru, 读“了”第 45 号元素: 铑 [化学符号]Rh, 读“老”第 46 号元素: 钯 [化学符号]Pd, 读“巴”第 48 号元素: 镉 [化学符号]Cd, 读“隔”第 49 号元素: 铟 [化学符号]In, 读“因”第 50 号元素: 锡 [化学符号]Sn, 读“西”第 51 号元素: 锑 [化学符号]Sb, 读“梯”第 52 号元素: 碲 [化学符号]Te, 读“帝”第 53 号元素: 碘 [化学符号]I, 读“典”第 54 号元素: 氙 [化学符号]Xe, 读“仙”第 55 号元素: 铯 [化学符号]Cs, 读“色”第 56 号元素: 钡 [化学符号]Ba, 读“贝”第 57 号元素: 镧 [化学符号]La, 读“兰”第 58 号元素: 铈 [化学符号]Ce, 读“市”第 59 号元素: 镨 [化学符号]Pr, 读“普”第 60 号元素: 钕 [化学符号]Nd, 读“女”第 61 号元素: 钷 [化学符号]Pm, 读“颇”第 62 号元素: 钐 [化学符号]Sm, 读“衫”第 63 号元素: 铕 [化学符号]Eu, 读“有”第 64 号元素: 钆 [化学符号]Gd, 读“轧”第 65 号元素: 铽 [化学符号]Tb, 读“忒”第 66 号元素: 镝 [化学符号]Dy, 读“滴”第 67 号元素: 钬 [化学符号]Ho, 读“火第 68 号元素: 铒 [化学符号]Er, 读“耳”第 69 号元素: 铥 [化学符号]Tm, 读“丢”第 71 号元素: 镥 [化学符号]Lu, 读“鲁”第 72 号元素: 铪 [化学符号]Hf, 读“哈”第 73 号元素: 钽 [化学符号]Ta, 读“坦”第 74 号元素: 钨 [化学符号]W, 读“乌”第 75 号元素: 铼 [化学符号]Re, 读“来”第 77 号元素: 铱 [化学符号]Ir, 读“衣”第 78 号元素: 铂 [化学符号]Pt, 读“伯“第 79 号元素: 金 [化学符号]Au, 读“今”第 80 号元素: 汞 [化学符号]Hg, 读“拱”第 81 号元素: 铊 [化学符号]Tl, 读“他”第 82 号元素: 铅 [化学符号]Pb, 读“千”第 83 号元素: 铋 [化学符号]Bi, 读“必”第 84 号元素: 钋 [化学符号]Po, 读“泼”第 85 号元素: 砹 [化学符号]At, 读“艾”第 86 号元素: 氡 [化学符号]Rn, 读“冬”第 87 号元素: 钫 [化学符号]Fr, 读“方”第 88 号元素: 镭 [化学符号]Ra, 读“雷”第 89 号元素: 锕 [化学符号]Ac, 读“阿”第 90 号元素: 钍 [化学符号]Th, 读“土”第 91 号元素: 镤 [化学符号]Pa, 读“仆”第 92 号元素: 铀 [化学符号]U, 读“由”第 93 号元素: 镎 [化学符号]Np, 读“拿”第 95 号元素: 镅 [化学符号]Am, 读“眉”第 96 号元素: 锔 [化学符号]Cm, 读“局”第 97 号元素: 锫 [化学符号]Bk, 读“陪”第 98 号元素: 锎 [化学符号]Cf, 读“开”第 99 号元素: 锿 [化学符号]Es, 读“哀”第 100 号元素: 镄 [化学符号]Fm, 读“费”第 101 号元素: 钔 [化学符号]Md, 读“门”第 102 号元素: 锘 [化学符号]No, 读“诺”第 103 号元素: 铹 [化学符号]Lw, 读“劳”第 104 号元素: 鐪 [化学符号]Rf, 读“卢”第 105 号元素: 钅杜[化学符号]Db, 读“杜”第 106 号元素: 钅喜 [化学符号]Sg , 读”喜“第 107 号元素: 钅波 [化学符号]Bh, 读"波“第 108 号元素: 钅黑 [化学符号]Hs, 读”黑“第 109 号元素: 钅麦 [化学符号]Mt, 读"麦"第 110 号元素: 鐽 [化学符号]Ds, 读”达“第 111 号元素: 钅仑 [化学符号]Rg, , 读”伦“第 112 号元素: uub(112)第 113 号元素: uut(113)第 114 号元素: uuq(114)第 115 号元素: uup(115)第 116 号元素: uuh(116)22. (10分)如图,在Rt △ABC 中,∠B =90°,BC C =30°.点D 从点C 出发沿CA 方向以每秒2个单位长的速度向点A 匀速运动,同时点E 从点A 出发沿AB 方向以每秒1个单位长的速度向点B 匀速运动,当其中一个点到达终点时,另一个点也随之停止运动.设点D 、E 运动的时间是t 秒(t >0).过点D 作DF ⊥BC 于点F ,连接DE 、EF .(1)求证:AE =DF ;(2)四边形AEFD 能够成为菱形吗?如果能,求出相应的t 值;如果不能,说明理由.(3)当t 为何值时,△DEF 为直角三角形?请说明理由.22.(1)在△DFC 中,∠DFC =90°,∠C =30°,DC =2t ,∴DF =t .又∵AE=t ,∴AE=DF.…………………………………………………………………………2分(2)能.理由如下:∵AB ⊥BC ,DF ⊥BC ,∴AE ∥DF .又AE =DF ,∴四边形AEFD 为平行四边形.…………………………………………………3分∵AB =BC ·tan30°=5,210.3AC AB =∴==102.A D A C D C t ∴=-=-若使A E F D 为菱形,则需10.102,.3A E A D t t t ==-=即 即当103t =时,四边形AEFD 为菱形.……………………………………………………5分(3)①∠EDF =90°时,四边形EBFD 为矩形.在Rt △AED 中,∠ADE =∠C =30°,∴AD =2AE .即10-2t =2t ,52t =.………………7分②∠DEF=90°时,由(2)知EF ∥AD ,∴∠ADE =∠DEF =90°.∵∠A =90°-∠C =60°,∴AD =AE ·cos60°. 即1102, 4.2t t t -==…………………………………………………………………………9分 ③∠EFD =90°时,此种情况不存在. 综上所述,当52t =或4时,△DEF 为直角三角形.……………………………………10分。
元素周期表

元素周期表1、原子序号:1;中文名:氢;读音:qīng;元素符号:H;英文名:Hydrogen2、原子序号:2;中文名:氦;读音:hài;元素符号:He;英文名:Helium3、原子序号:3;中文名:锂;读音:lǐ;元素符号:Li;英文名:Lithium4、原子序号:4;中文名:铍;读音:pí;元素符号:Be;英文名:Beryllium5、原子序号:5;中文名:硼;读音:péng;元素符号:B;英文名:Boron6、原子序号:6;中文名:碳;读音:tàn;元素符号:C;英文名:Carbon7、原子序号:7;中文名:氮;读音:dàn;元素符号:N;英文名:Nitrogen8、原子序号:8;中文名:氧;读音:yǎng;元素符号:O;英文名:Oxygen9、原子序号:9;中文名:氟;读音:fú;元素符号:F;英文名:Fluorine10、原子序号:10;中文名:氖;读音:nǎi;元素符号:Ne;英文名:Neon11、原子序号:11;中文名:钠;读音:nà;元素符号:Na;英文名:Sodium12、原子序号:12;中文名:镁;读音:měi;元素符号:Mg;英文名:Magnesium14、原子序号:14;中文名:硅;读音:guī;元素符号:Si;英文名:Silicon15、原子序号:15;中文名:磷;读音:lín;元素符号:P;英文名:Phosphorus16、原子序号:16;中文名:硫;读音:liú;元素符号:S;英文名:Sulphur17、原子序号:17;中文名:氯;读音:lǜ;元素符号:Cl;英文名:Chlorine18、原子序号:18;中文名:氩;读音:yà;元素符号:Ar;英文名:Argon19、原子序号:19;中文名:钾;读音:jiǎ;元素符号:K;英文名:Potassium20、原子序号:20;中文名:钙;读音:gài;元素符号:Ca;英文名:Calcium21、原子序号:21;中文名:钪;读音:kàng;元素符号:Sc;英文名:Scandium22、原子序号:22;中文名:钛;读音:tài;元素符号:Ti;英文名:Titanium23、原子序号:23;中文名:钒;读音:fán;元素符号:V;英文名:Vanadium24、原子序号:24;中文名:铬;读音:gè;元素符号:Cr;英文名:Chromium25、原子序号:25;中文名:锰;读音:měng;元素符号:Mn;英文名:Manganese26、原子序号:26;中文名:铁;读音:tiě;元素符号:Fe;英文名:Iron27、原子序号:27;中文名:钴;读音:gǔ;元素符号:Co;英文名:Cobalt28、原子序号:28;中文名:镍;读音:niè;元素符号:Ni;英文名:Nickel29、原子序号:29;中文名:铜;读音:tóng;元素符号:Cu;英文名:Copper30、原子序号:30;中文名:锌;读音:xīn;元素符号:Zn;英文名:Zinc31、原子序号:31;中文名:镓;读音:jiā;元素符号:Ga;英文名:Gallium32、原子序号:32;中文名:锗;读音:zhě;元素符号:Ge;英文名:Germanium33、原子序号:33;中文名:砷;读音:shēn;元素符号:As;英文名:Arsenic34、原子序号:34;中文名:硒;读音:xī;元素符号:Se;英文名:Selenium35、原子序号:35;中文名:溴;读音:xiù;元素符号:Br;英文名:Bromine36、原子序号:36;中文名:氪;读音:kè;元素符号:Kr;英文名:Krypton37、原子序号:37;中文名:铷;读音:rú;元素符号:Rb;英文名:Rubidium38、原子序号:38;中文名:锶;读音:sī;元素符号:Sr;英文名:Strontium39、原子序号:39;中文名:钇;读音:yǐ;元素符号:Y;英文名:Yttrium40、原子序号:40;中文名:锆;读音:gào;元素符号:Zr;英文名:Zirconium41、原子序号:41;中文名:铌;读音:ní;元素符号:Nb;英文名:Niobium42、原子序号:42;中文名:钼;读音:mù;元素符号:Mo;英文名:Molybdenum46、原子序号:46;中文名:钯;读音:bǎ;元素符号:Pd;英文名:Palladium47、原子序号:47;中文名:银;读音:yín;元素符号:Ag;英文名:Silver48、原子序号:48;中文名:镉;读音:gé;元素符号:Cd;英文名:Cadmium49、原子序号:49;中文名:铟;读音:yīn;元素符号:In;英文名:Indium50、原子序号:50;中文名:锡;读音:xī;元素符号:Sn;英文名:Tin51、原子序号:51;中文名:锑;读音:tī;元素符号:Sb;英文名:Antimony52、原子序号:52;中文名:碲;读音:dì;元素符号:Te;英文名:Tellurium53、原子序号:53;中文名:碘;读音:diǎn;元素符号:I;英文名:Iodine54、原子序号:54;中文名:氙;读音:xiān;元素符号:Xe;英文名:Xenon55、原子序号:55;中文名:铯;读音:sè;元素符号:Cs;英文名:Cesium56、原子序号:56;中文名:钡;读音:bèi;元素符号:Ba;英文名:Barium57、原子序号:57;中文名:镧;读音:lán;元素符号:La;英文名:Lanthanum58、原子序号:58;中文名:铈;读音:shì;元素符号:Ce;英文名:Cerium59、原子序号:59;中文名:镨;读音:pǔ;元素符号:Pr;英文名:Praseodymium60、原子序号:60;中文名:钕;读音:nǚ;元素符号:Nd;英文名:Neodymium61、原子序号:61;中文名:钷;读音:pǒ;元素符号:Pm;英文名:Promethium62、原子序号:62;中文名:钐;读音:shān;元素符号:Sm;英文名:Samarium63、原子序号:63;中文名:铕;读音:yǒu;元素符号:Eu;英文名:Europium64、原子序号:64;中文名:钆;读音:gá;元素符号:Gd;英文名:Gadolinium65、原子序号:65;中文名:铽;读音:tè;元素符号:Tb;英文名:Terbium66、原子序号:66;中文名:镝;读音:dí;元素符号:Dy;英文名:Dysprosium67、原子序号:67;中文名:钬;读音:huǒ;元素符号:Ho;英文名:Holmium68、原子序号:68;中文名:铒;读音:ěr;元素符号:Er;英文名:Erbium69、原子序号:69;中文名:铥;读音:diū;元素符号:Tm;英文名:Thulium70、原子序号:70;中文名:镱;读音:yì;元素符号:Yb;英文名:Ytterbium71、原子序号:71;中文名:镥;读音:lǔ;元素符号:Lu;英文名:Lutetium72、原子序号:72;中文名:铪;读音:hā;元素符号:Hf;英文名:Hafnium76、原子序号:76;中文名:锇;读音:é;元素符号:Os;英文名:Osmium77、原子序号:77;中文名:铱;读音:yī;元素符号:Ir;英文名:Iridium78、原子序号:78;中文名:铂;读音:bó;元素符号:Pt;英文名:Platinum79、原子序号:79;中文名:金;读音:jīn;元素符号:Au;英文名:Gold80、原子序号:80;中文名:汞;读音:gǒng;元素符号:Hg;英文名:Mercury81、原子序号:81;中文名:铊;读音:tā;元素符号:Tl;英文名:Thallium82、原子序号:82;中文名:铅;读音:qiān;元素符号:Pb;英文名:Lead83、原子序号:83;中文名:铋;读音:bì;元素符号:Bi;英文名:Bismuth84、原子序号:84;中文名:钋;读音:pō;元素符号:Po;英文名:Polonium85、原子序号:85;中文名:砹;读音:ài;元素符号:At;英文名:Astatine86、原子序号:86;中文名:氡;读音:dōng;元素符号:Rn;英文名:Radon87、原子序号:87;中文名:钫;读音:fāng;元素符号:Fr;英文名:Francium88、原子序号:88;中文名:镭;读音:léi;元素符号:Ra;英文名:Radium89、原子序号:89;中文名:锕;读音:ā;元素符号:Ac;英文名:Actinium90、原子序号:90;中文名:钍;读音:tǔ;元素符号:Th;英文名:Thorium91、原子序号:91;中文名:镤;读音:pú;元素符号:Pa;英文名:Protactinium92、原子序号:92;中文名:铀;读音:yóu;元素符号:U;英文名:Uranium93、原子序号:93;中文名:镎;读音:ná;元素符号:Np;英文名:Neptunium94、原子序号:94;中文名:钚;读音:bù;元素符号:Pu;英文名:Plutonium95、原子序号:95;中文名:镅;读音:méi;元素符号:Am;英文名:Americium96、原子序号:96;中文名:锔;读音:jú;元素符号:Cm;英文名:Curium97、原子序号:97;中文名:锫;读音:péi;元素符号:Bk;英文名:Berkelium98、原子序号:98;中文名:锎;读音:kāi;元素符号:Cf;英文名:Californium99、原子序号:99;中文名:锿;读音:āi;元素符号:Es;英文名:Einsteinium100、原子序号:100;中文名:镄;读音:fèi;元素符号:Fm;英文名:Fermium 101、原子序号:101;中文名:钔;读音:mén;元素符号:Md;英文名:Mendelevium 102、原子序号:102;中文名:锘;读音:nuò;元素符号:No;英文名:Nobelium106、原子序号:106;中文名:;读音:xǐ;元素符号:Sg;英文名:Seaborgium107、原子序号:107;中文名:;读音:bō;元素符号:Bh;英文名:Bohrium108、原子序号:108;中文名:;读音:hēi;元素符号:Hs;英文名:Hassium109、原子序号:109;中文名:;读音:mài;元素符号:Mt;英文名:meitnerium 110、原子序号:110;中文名:;读音:Dá;元素符号:Ds;英文名:Darmstadtium 111、原子序号:111;中文名:;读音:lún;元素符号:Rg;英文名:Roentgenium 112、原子序号:112;中文名:钅哥;读音:gē;元素符号:Cn;英文名:Copernicium 113、原子序号:113;中文名:钅尔;读音:nǐ;元素符号:Nh;英文名:nihonium 114、原子序号:114;中文名:;读音:fū;元素符号:Fl;英文名:Flerovium115、原子序号:115;中文名:镆;读音:mò;元素符号:Mc;英文名:Moscovium116、原子序号:116;中文名:钅立;读音:Iì;元素符号:Lv;英文名:livermorium 117、原子序号:117;中文名:;读音:tián;元素符号:T s;英文名:T ennessine 118、原子序号:118;中文名:;读音:ào;元素符号:Og;英文名:Oganesson。
118种元素

118种元素化学元素是构成物质的基本单位,目前已知118种元素。
这些元素按照它们的原子结构、化学性质和物理性质进行分类。
以下是这些元素的列表和简介:1. 氢(H):最轻的元素,常见于水和气体中。
2. 氦(He):第二轻的元素,常用于气体灯泡和电子设备中。
3. 锂(Li):是一种轻金属,具有很强的化学反应性。
4. 铍(Be):硬度极高的金属,主要用于合金生产中。
5. 碳(C):是生命的基础,当中较软的形态称为石墨,较硬的则称为金刚石。
6. 氮(N):占空气的大部分成分,也可用于肥料和氮气制备。
7. 氧(O):是人类和其他生命体的呼吸必需品,同时也灭火必需品。
8. 氟(F):非常活跃的元素,可作为牙科医学中的材料以及工业进程中的催化剂。
9. 氖(Ne):光谱分析和气体放电管的主要组成部分。
10. 钠(Na):常见于盐和水中,也用于制造钠灯。
11. 镁(Mg):是一种轻金属,被广泛用于合金和轻便材料制造。
12. 铝(Al):是一种轻金属,广泛用于建筑、飞机和汽车零件制造。
13. 硅(Si):是晶体管和太阳能电池的重要组成部分,也可用于制造玻璃和陶瓷。
14. 磷(P):人体必需的元素,用于肥料和农业生产中。
15. 硫(S):用于制造硫酸和其他化学品中,也常出现于火山爆发和马来酸储层中。
16. 氯(Cl):常见于盐和其他化学品中,可用作消毒剂。
17. 钾(K):人体必需元素之一,在肥料和药物生产中也有广泛应用。
18. 钙(Ca):是骨骼和牙齿的重要成分,也用于补钙和农业肥料中。
19. 钪(Sc):与铝等合金中使用,也可用于核反应堆中。
20. 钛(Ti):是一种重金属,用于制造飞机和汽车零件,也用于人工关节和医疗器械中。
21. 钒(V):在制造钢铁和其他合金中广泛使用。
22. 铬(Cr):用于产生不锈钢和其他合金中。
23. 锰(Mn):用于制造钢铁和其他合金中。
24. 铁(Fe):人类历史上最重要的金属之一,广泛用于制造车辆、机器、电器和建筑材料。
12种常见化学元素

12种常见化学元素摘要:1.引言:化学元素的定义和重要性2.主体:12 种常见化学元素的分类和介绍2.1 金属元素2.2 非金属元素2.3 稀有气体元素3.结论:化学元素在科学和工业中的应用正文:【引言】化学元素是构成物质的基本单位,对于了解和研究自然界的规律以及推动科学技术的发展具有重要意义。
在我们的周围环境中,存在着各种各样的化学元素,它们以不同的形式和组合,形成了丰富多彩的世界。
本文将介绍12 种常见的化学元素,包括金属元素、非金属元素和稀有气体元素。
【主体】2.1 金属元素金属元素具有良好的导电、导热性能和延展性,广泛应用于各类工业生产中。
常见的金属元素有:1) 铁(Fe):铁是地球上含量最高的金属元素,主要用于制造钢铁等合金材料。
2) 铜(Cu):铜具有良好的导电性能,广泛应用于电缆、电器等领域。
3) 铝(Al):铝具有轻便、耐腐蚀等特点,常用于航空、交通等领域。
4) 钙(Ca):钙是构成生物体的重要元素,也用于建筑材料等。
5) 钾(K):钾在农业上用作肥料,有助于提高农作物产量。
2.2 非金属元素非金属元素在科学技术和生产生活中同样具有重要作用。
常见的非金属元素有:1) 氧(O):氧是地球上最丰富的元素,生物体离不开氧气进行呼吸作用。
2) 碳(C):碳是有机物的基础元素,广泛存在于生物体和石油、煤炭等化石燃料中。
3) 氢(H):氢是宇宙中最丰富的元素,具有高能、清洁等特点,是未来能源的重要选择。
4) 氮(N):氮在生物体中具有重要作用,也广泛应用于化工、肥料等领域。
5) 硫(S):硫在石油、化工等行业中具有重要作用,也是火药的主要成分之一。
2.3 稀有气体元素稀有气体元素具有稳定的原子结构,不易与其他元素发生化学反应。
常见的稀有气体元素有:1) 氦(He):氦是一种惰性气体,在核磁共振成像等领域有重要应用。
2) 氖(Ne):氖在荧光灯、激光等领域具有重要应用。
3) 氩(Ar):氩是一种惰性气体,在焊接、氩氙灯等领域有广泛应用。
化学元素表

化学元素符号表第01 号元素: 氢[化学符号]H, 读“轻”第02 号元素: 氦[化学符号]He, 读“亥”第03 号元素: 锂[化学符号]Li, 读“里”第04 号元素: 铍[化学符号]Be, 读“皮”第05 号元素: 硼[化学符号]B, 读“朋”第06 号元素: 碳[化学符号]C, 读“炭”第07 号元素: 氮[化学符号]N, 读“淡”第08 号元素: 氧[化学符号]O, 读“养”第09 号元素: 氟[化学符号]F, 读“弗”第10 号元素: 氖[化学符号]Ne, 读“乃”第11 号元素: 钠[化学符号]Na, 读“纳”第12 号元素: 镁[化学符号]Mg, 读“美”第13 号元素: 铝[化学符号]Al, 读“吕”第14 号元素: 硅[化学符号]Si, 读“归”第15 号元素: 磷[化学符号]P, 读“邻”第16 号元素: 硫[化学符号]S, 读“流”第17 号元素: 氯[化学符号]Cl, 读“绿”第18 号元素: 氩[化学符号]Ar,A, 读“亚”第19 号元素: 钾[化学符号]K, 读“甲”第20 号元素: 钙[化学符号]Ca, 读“丐”第21 号元素: 钪[化学符号]Sc, 读“亢”第22 号元素: 钛[化学符号]Ti, 读“太”第23 号元素: 钒[化学符号]V, 读“凡”第24 号元素: 铬[化学符号]Cr, 读“各”第25 号元素: 锰[化学符号]Mn, 读“猛”第26 号元素: 铁[化学符号]Fe, 读“铁”第27 号元素: 钴[化学符号]Co, 读“古”第28 号元素: 镍[化学符号]Ni, 读“臬”第29 号元素: 铜[化学符号]Cu, 读“同”第30 号元素: 锌[化学符号]Zn, 读“辛”第31 号元素: 镓[化学符号]Ga, 读“家”第32 号元素: 锗[化学符号]Ge, 读“者”第33 号元素: 砷[化学符号]As, 读“申”第34 号元素: 硒[化学符号]Se, 读“西”第35 号元素: 溴[化学符号]Br, 读“秀”第36 号元素: 氪[化学符号]Kr, 读“克”第37 号元素: 铷[化学符号]Rb, 读“如”第38 号元素: 锶[化学符号]Sr, 读“思”第39 号元素: 钇[化学符号]Y, 读“乙”第40 号元素: 锆[化学符号]Zr, 读“告”第41 号元素: 铌[化学符号]Nb, 读“尼”第42 号元素: 钼[化学符号]Mo, 读“目”第43 号元素: 碍[化学符号]Tc, 读“得”第44 号元素: 钌[化学符号]Ru, 读“了”第45 号元素: 铑[化学符号]Rh, 读“老”第46 号元素: 钯[化学符号]Pd, 读“巴”第47 号元素: 银[化学符号]Ag, 读“银”第48 号元素: 镉[化学符号]Cd, 读“隔”第49 号元素: 铟[化学符号]In, 读“因”第50 号元素: 锡[化学符号]Sn, 读“西”第51 号元素: 锑[化学符号]Sb, 读“梯”第52 号元素: 碲[化学符号]Te, 读“帝”第53 号元素: 碘[化学符号]I, 读“典”第54 号元素: 氙[化学符号]Xe, 读“仙”第55 号元素: 铯[化学符号]Cs, 读“色”第56 号元素: 钡[化学符号]Ba, 读“贝”第57 号元素: 镧[化学符号]La, 读“兰”第58 号元素: 铈[化学符号]Ce, 读“市”第59 号元素: 镨[化学符号]Pr, 读“普”第60 号元素: 钕[化学符号]Nd, 读“女”第61 号元素: 钷[化学符号]Pm, 读“颇”第62 号元素: 钐[化学符号]Sm, 读“衫”第63 号元素: 铕[化学符号]Eu, 读“有”第64 号元素: 钆[化学符号]Gd, 读“轧”第65 号元素: 铽[化学符号]Tb, 读“忒”第66 号元素: 镝[化学符号]Dy, 读“滴”第67 号元素: 钬[化学符号]Ho, 读“火”第68 号元素: 铒[化学符号]Er, 读“耳”第69 号元素: 铥[化学符号]Tm, 读“丢”第70 号元素: 镱[化学符号]Yb, 读“意”第71 号元素: 镥[化学符号]Lu, 读“鲁”第72 号元素: 铪[化学符号]Hf, 读“哈”第73 号元素: 钽[化学符号]Ta, 读“坦”第74 号元素: 钨[化学符号]W, 读“乌”第75 号元素: 铼[化学符号]Re, 读“来”第76 号元素: 锇[化学符号]Os, 读“鹅”第77 号元素: 铱[化学符号]Ir, 读“衣”第78 号元素: 铂[化学符号]Pt, 读“伯“第79 号元素: 金[化学符号]Au, 读“今”第80 号元素: 汞[化学符号]Hg, 读“拱”第81 号元素: 铊[化学符号]Tl, 读“他”第82 号元素: 铅[化学符号]Pb, 读“千”第83 号元素: 铋[化学符号]Bi, 读“必”第84 号元素: 钋[化学符号]Po, 读“泼”第85 号元素: 砹[化学符号]At, 读“艾”第86 号元素: 氡[化学符号]Rn, 读“冬”第87 号元素: 钫[化学符号]Fr, 读“方”第88 号元素: 镭[化学符号]Ra, 读“雷”第89 号元素: 锕[化学符号]Ac, 读“阿”第90 号元素: 钍[化学符号]Th, 读“土”第91 号元素: 镤[化学符号]Pa, 读“仆”第92 号元素: 铀[化学符号]U, 读“由”第93 号元素: 镎[化学符号]Np, 读“拿”第94 号元素: 钚[化学符号]Pu, 读“不”第95 号元素: 镅[化学符号]Am, 读“眉”第96 号元素: 锔[化学符号]Cm, 读“局”第97 号元素: 锫[化学符号]Bk, 读“陪”第98 号元素: 锎[化学符号]Cf, 读“开”第99 号元素: 锿[化学符号]Es, 读“哀”第100 号元素: 镄[化学符号]Fm, 读“费”第101 号元素: 钔[化学符号]Md, 读“门”第102 号元素: 锘[化学符号]No, 读“诺”第103 号元素: 铹[化学符号]Lw, 读“劳”第104 号元素: 鐪[化学符号]Rf, 读“卢”第105 号元素: 钅杜[化学符号]Db, 读“杜”第106 号元素: 钅喜[化学符号]Sg , 读”喜“第107 号元素: 钅波[化学符号]Bh, 读"波“第108 号元素: 钅黑[化学符号]Hs, 读”黑“第109 号元素: 钅麦[化学符号]Mt, 读"麦" 第110 号元素: 鐽[化学符号]Ds, 读”达“第111 号元素: 钅仑[化学符号]Rg, , 读”伦“第112 号元素: uub(112)第113 号元素: uut(113)第114 号元素: uuq(114)第115 号元素: uup(115)第116 号元素: uuh(116)1 H 氢(qīng) 水素(すいそ,hydrogenium)2 He 氦(hài) ヘリウム(helium)3 Li 锂(lǐ) リチウム(lithium)4 Be 铍(pí) ベリリウム(beryllium)5 B 硼(péng) 硼素(ほうそ,borum)6 C 碳(tàn) 炭素(たんそう,carbonium)7 N 氮(dàn) 窒素(ちっそ,nitrogenium)8 O 氧(yǎng) 酸素(さんそ,oxygenium)9 F 氟(fú) 弗素(ふっそ,fluorum)10 Ne 氖(nǎi) ネオン(neon)11 Na 钠(nà) ナトリウム(sodium)12 Mg 镁(měi) マグネシウム(magnesium)13 Al 铝(lǚ) アルミニウム(aluminium)14 Si 硅(guī) 珪素(けいそ,silicium)15 P 磷(lín) 燐(りん,phosphorum)16 S 硫(liú) 琉黄(いおう,sulphur)17 Cl 氯(lǜ) 塩素(えんそ,chlorum)18 Ar 氩(yà) アルゴン(argon)19 K 钾(jiǎ) カリウム(potassium)20 Ca 钙(gài) カルシウム(calcium)21 Sc 钪(kàng) スカンジウム(scandium)22 Ti 钛(tài) チタン(titanium)23 V 钒(fán) バナジウム(vanadium)24 Cr 铬(gè) クロム(chromium)25 Mn 锰(měng) マンガン(manganese)26 Fe 铁(tiě) 鉄(てつ,ferrum)27 Co 钴(gǔ) コバルト(cobalt)28 Ni 镍(niè) ニッケル(nkckel)29 Cu 铜(tóng) 铜(どう,cuprum)30 Zn 锌(xīn) 亜铅(あえん,zincum)31 Ga 镓(jiā) ガリウム(gallium)32 Ge 锗(zhě) ゲルマニウム(germanium)33 As 砷(shēn) 砒素(ひそ,arsenium)34 Se 硒(xī) セレン(selenium)35 Br 溴(xiù) 臭素(しゅうそ,bromium)36 Kr 氪(kè) ケリプトン(krypton)37 Rb 铷(rú) ルビジウム(rubidium)38 Sr 锶(sī) ストロンチウム(strontium)39 Y 钇(yǐ) イッテルウム(yttrium)40 Zr 锆(gào) ジルコニウム(zirconium)41 Nb 铌(ní) ニオブ(niobium)42 Mo 钼(mù) モリブテン(molybdenum)43 Tc 锝(dé) テクネチウム(technetium)44 Ru 钌(liǎo) ルテニウム(ruthenium)45 Rh 铑(láo) ロジウム(rhodium)46 Pd 钯(bā) パラジウム(palladium)47 Ag 银(yín) 银(ぎん,argentum)48 Cd 镉(gé) カドミウム(cadmium)49 In 铟(yīn) インジウム(indium)50 Sn 锡(xī) 锡(すず,stannum)51 Sb 锑(tī) アンチモン(antimony)52 Te 碲(dì) テルル(tellurium)53 I 碘(diǎn) 沃素(ようそ,iodium)54 Xe 氙(xiān) キセノン(xenon)55 Cs 铯(sè) セシウム(cesium)56 Ba 钡(bèi) バリウム(barium)57 La 镧(lán) ランタン(lanthanum)58 Ce 铈(shì) セリウム(cerium)59 Pr 镨(pǔ) プラセオジム(praseodymium)60 Nd 钕(nǚ) ネオジム(neodymium)61 Pm 钷(pǒ) プロメチウム(promethium)62 Sm 钐(shàn) サマリウム(samerum)63 Eu 铕(yǒu) ユーロビウム(europium)64 Gd 钆(gá) ガドリニウム(gadolinium)65 Tb 铽(tè) テルビウム(terbium)66 Dy 镝(dí) ジスプロシウム(dysprosium)67 Ho 钬(huǒ) ホルミウム(holmium)68 Er 铒(ěr) エルビウム(erbium)69 Tm 铥(diū) ツリウム(thulium)70 Yb 镱(yì) イッテルビウム(ytterbium)71 Lu 镥(lǔ) ルテチウム(lutetium)72 Hf 铪(hā) ハフニウム(hafnium)73 Ta 钽(tǎn) タンタル(tantalum)74 W 钨(wū) タングステン(tungsten)75 Re 铼(lái) レ二ウム(rhenium)76 Os 锇(é) オスミウム(osmium)77 Ir 铱(yī) イリジウム(iridium)78 Pt 铂(bó) 白金(はっきん,platinum)79 Au 金(jīn) 金(きん,aurum)80 Hg 汞(góng) 水银(すいぎん,hydrargyrum)81 Tl 铊(tā) タリウム(thallium)82 Pb 铅(qiān) 铅(なまり,plumbum)83 Bi 铋(bì) ビスマス(bismuth)84 Po 钋(pō) ポロニウム(polonium)85 At 砹(ài) アスタチン(astatine)86 Rn 氡(dōng) ラドン(radon)87 Fr 钫(fāng)フランシウム(francium)88 Ra 镭(léi) ラジウム(radium)89 Ac 锕(ā) アクチニウム(actinium)90 Th 钍(tǔ) トリウム(thorium)91 Pa 镤(pú) プロトアクチニウム(protoactinium)92 U 铀(yóu) ウラン(uranium)93 Np 镎(ná) ネプツニウム(neptunium)94 Pu 钚(bù) プルトニウム(plutonium)95 Am 镅(méi) アメリシウム(americium)96 Cm 锔(jù) キュリウム(curium)97 Bk 锫(péi) バークリウム(berkelium)98 Cf 锎(kāi) カリホルニウム(californium)99 Es 锿(āi) アインスタイニウム(einsteinium) 100 Fm 镄(fèi) フェルミウム(fermium)101 Md 钔(mén) メンテレビウム(mendelevium) 102 No 锘(nuò) ノーベリウム(nobelium)103 Lw 铑(láo) ローレンシウム(lawrencium)104 Rf 钅卢(lú) ラザホージウム(rutherfordium) 105 Db 钅杜(dù) ドブニウム(dubnium)106 Sg 钅喜(xǐ) シーボーギウム(seaborgium) 107 Bh 钅波(bō) ボーリウム(bohrium)108 Hs 钅黑(hēi) ハッシウム(hassium)109 Mt 钅麦(mài) マイトネリウム(meitnerium) 110 Ds Ds ダルムスタチウム。
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Asian Social Science; V ol. 10, No. 12; 2014ISSN 1911-2017 E-ISSN 1911-2025Published by Canadian Center of Science and Education A Study on Application of Chinese Auspicious Pattern in ModernDesignChi Han11 Academy of Fine Arts, Minjiang University, Fuzhou, ChinaCorrespondence: Chi Han, Academy of Fine Arts, Minjiang University, Fuzhou, China. Tel: 1-917-355-6832. E-mail: hanchi5060@Received: February 10, 2014 Accepted: April 3, 2014 Online Published: May 26, 2014doi:10.5539/ass.v10n12p53 URL: /10.5539/ass.v10n12p53AbstractChinese traditional auspicious pattern is a rich cultural heritage, which provided a wealth of visual elements for modern design. This article conveys to the readers the idea of the author on how to apply Chinese auspicious pattern in modern design and proposes the “auspiciousness” design concept from three aspects: "form", "meaning", "verve". Also, the author makes an analysis on the value of this application.Keywords: auspicious pattern, traditional culture, modern design, humanistic spiritTo Chinese traditional culture, auspicious culture is an important tributary. It condensed and recorded people's moral feelings, life awareness, aesthetic and religious sentiments. Its core is to help and inspire people to create a better life.Auspicious culture is constituted of the internal moral, external pattern, and beautiful imagery. It still exists in every corner in China, and even in many other countries nowadays. Application of traditional auspicious patterns in modern design is the extension and recreation of traditional pattern art. By various kinds of effective ways, this ancient visual culture can burst out new bright brilliance, modern design also got the deeper connotation and significance.1. Introduction for Chinese Traditional Auspicious PatternsThere is a Chinese saying, "Each pattern must have a meaning, and this has to have something to do with luck and harmony." Auspicious pattern always occupies a predominant position of Chinese traditional visual art. There are generally three kinds of classification methods: The first is according to the different carriers, traditional auspicious patterns can be divided into printing and dyeing pattern, embroidery patterns, painted pottery pattern, bronze ware pattern, porcelain pattern, furniture decorative pattern etc. The second is divided from the moral subject, can put Chinese traditional auspicious patterns into blessing for safety, promotion, longevity, happiness, wealth, etc. The third is based on the content of expressions, auspicious patterns can be divided into Geometric patterns (Panchang pattern, Hui pattern, etc.), Flowers and plants (peony, pine tree, Twisted branch stripe, etc.), Lucky Animal (Dragon, Phoenix, Qi Lin, etc.) Figures in myths (3, 6, 8, etc.) or historical events and Utensils (Ruyi, Taiji, etc.). This classification method is commonly used.As mentioned above, Chinese traditional auspicious pattern is a so rich cultural heritage, which provided a wealth of visual elements for modern design. But if just only blindly indulging in the tradition and simply copy it to today’s works while no new nutrition, it will doom to die, and we will eventually face a large number of antique copies in our times.Figure 1. Double happinessFigure 2. Ruyi Figure 3. Qi Lin2. Application Methods of Auspicious Patterns in Modern DesignIn the book "Pattern Basic Training" (1963), Lei Guiyuan said that: "learning from those ancient cultures is a good way to improve your design level, but it depends on how you use them". After all, traditional auspicious pattern has its unique history background, while modern people's aesthetic ideas tend to those simple and straightforward graphics. If we hope to put tradition forward other than just copy, we need to and find some new methods of application based on new features of nowadays’ society. "Digging from the deep consciousness, make every attempt to unfold its beautiful shape to performance" "to enter the traditional with the greatest courage, but also with the greatest courage to play the traditional". The modern design should be derived from tradition and beyond tradition under this spirit. In the author's opinions, the traditional auspicious patterns in modern design can be analyzed from three aspects: "form", "meaning", "verve".2.1 Innovating Form"Form" generally refers to shape and structure of patterns. The innovation of form means looking into the basic characteristics of traditional auspicious patterns, then using of abstraction, interception, variation and some other methods to recombine and recreate its core form elements based on current requirements. The key of this kind of application is creative thinking and familiarity on original pattern. The innovation methods on form of traditional auspicious patterns in modern design can be concluded into three kinds as follows.2.1.1 Direct ReferenceSome auspicious patterns have already been very popular and distinguishing today. Such as dragon, cloud patterns, Ruyi pattern and some Chinese characters, they have become symbols which can be recognized by people who are even from other cultural backgrounds and shared with the same or similar interpretation with Chinese. Surely we can use those patterns by direct reference without worry about misunderstanding and identification. We also can find many other auspicious patterns which aren’t so popular but simple, beautiful and just in line with the modern aesthetic. In some cases, we can directly apply them to current design works too. They are and can be accepted and appreciated by folk. Sometimes new value will come up with naturally in new background.Take the design of the Beijing Olympic Games auspicious clouds torch for example. Its creative inspiration is from "auspicious clouds" pattern, which means "symbiosis and harmoniousness". Auspicious clouds pattern has existed even in many Asian countries for thousands of years. Most people are familiar with it. On the other hand, it’s very easy to be recognized and full of decorative. As for the torch, auspicious clouds are just directly applied in as main figure as well as background. With the contrast between red and silver colors, unique and elegant auspicious clouds pattern producing a striking visual effect, making the whole torch gorgeous, and rich connotation.Figure 4. Auspicious clouds torchFigure 5. Auspicious clouds pattern2.1.2 Simplification and AbstractionDue to the constraints of humane and technical conditions during various historical periods, the image of most auspicious patterns has a decorative form which comes from the natural objects. In general, traditional auspicious patterns are too complicate so that it cannot meet the requirement of simple and practicality in the decoration of modern design. Therefore, auspicious patterns usually should be deformed into more concise and vivid in some way. The main method of deformation of auspicious patterns is simplification. Those detailed methods are inducing deformation, abstract deformation and exaggerated deformation, etc.Abstraction is another main method we can use to simplify. Through this method, Traditional complicated pattern arrangement will be deformed by geometric abstract shapes such as linear or curvilinear pattern, and rearrange into some geometric shapes with concise beauty.2.1.3 Decomposition and ReconstructionIn the process of design, continuous decomposition transformation and reconstruction is a helpful way for designer, namely "old elements, new combination". The defining of decomposition and reconstruction is according to some intention of designer, to split or to shift patterns, and then reconstruct them by certain rules. The purpose is extracting useful elements from the original patters and applying them into current works. Reconstruction is a kind of organic integration of elements from different spaces and times. Decomposition and reconstruction often rely on computer technology and some specific ways, such as overlapping, duplication, layering etc., making pattern image more rich, fresh and original.2.2 Extending Meaning In a sense, art is the content of the concept and meaning. Auspicious patterns is a way that Chinese handle and understand the world, and it reflect some ideas in a certain form. Auspicious patterns theme implies many concepts and meanings and humanistic spirit in the traditional culture. It is a mirror of traditional culture and spirit is the main content of traditional folk culture, including a variety of needs and aspects in social life. That’s one of where its charm from is. However, by shifting to different backgrounds, designer can extend out the meanings from some traditional auspicious patterns, which have already rooted in people's minds. The extension of moral and meaning requires designer to shift their ideas from pattern's original characteristic and meaning to broader and deeper places. To the concept of “auspiciousness”. It’s another form of loyalty and return.For an example, Chinese Unicom’s logo is the typical case of simplification and abstraction. This logo is marked and evolved by one of the ancient auspicious pattern-"Panchang", which is one of classic Buddhist auspicious patterns. "Panchang" is also known as auspicious knot. Because of the shape of knots is coherent without stop, there is no beginning and end, people are used to imply Dharma’s loop and implementation forever. Even so, itsoriginal shape is complicated and detailed and not so striking in a long visual distance. After simplification, the logo is got rid of many extra details and strengthened by some of its original meanings. Those circuitous and reciprocating lines symbolize modern communication network, meaning China Unicom's order and information flow in the information society, but also a symbol of endless business for many years to come. Four square shapes in logo are in all directions, which mean everything is going well. Six round shapes imply roads connected with each other smoothly, while the ten hole in the logo means perfection in every respect. Whether from the symmetry, or from number, the logo is filled with the ancient Oriental auspicious color, which make the modern design less commercial sense, more cultural atmosphere and affinity. So the extension of traditionalauspicious patterns in modern design can create a lasting positive aesthetic value and social significance.Figure 6. Panchang pattern in Jade buckle, QingDynastyFigure 7. Logo of China Unicom2.3 Conveying VerveIn Chinese art concept, verve is a higher state than form or meaning. Verve is intrinsic nature of things. As for pattern, it refers to status and atmosphere of things, and conveys the entire spirit of pattern. Grasping and inheriting the verve of traditional auspicious patterns, and finally integrating it into the current design, is a difficulty of the process of application of traditional graphic art and modern design. Just as what Li Zehou said that "beauty can't exist without form, but only form can't achieve beauty as well". Using and innovating "form" and "meaning" of traditional pattern is a relatively low level of artwork. To better combine modern design techniques with spiritual elements of auspicious patterns, we should find a point to connect tradition and modern. Let's look at "Phoenix TV" logo. Since ancient times, Chinese like to view Phoenix as one symbol of good luck, peace and authority! Hong Kong’s Phoenix TV station successfully use modern design modeling means to extract and innovate Chinese traditional Phoenix auspicious patterns, and the unique "tai chi" structure. In this logo, two phoenixes share one crown, hovering and singing forever. This design blends the media's features and spirit into one pattern, expressing the concept of mingling and communication. This logo has the national characteristic, but also embodies the spirit of modern time.There’re many other designers used this method to apply and renovate auspicious pattern as well. Let’s take the logo of Hong Kong "SEIKU" department stores Company for example, which was designed by Hong Kong’s famous designer Alan Chan. This logo integrates the traditional pattern "double fishes" with the letter "S", representing the concept of the company’s running way. The form strongly implies the "Yin yang" philosophy theory on the natural cycle. It contains one kind of specific oriental connotation, and it’s full of strong auspicious meaning.Those successful cases are often coexistent and multiple. They absorb traditional auspicious concept and integrate them into modern forms. This type of method not only can improve the visual appealing power, but also can show the soul of traditional culture effectively.Figure 8. Phoenix pattern on cellingFigure 9. Logo of Phoenix TV3.Evaluation and PredictionWe have to acknowledge that development of modern technology has propelled expedition of human civilization pace. However, no matter how the society is developed, human always have a desire for a more peaceful and happy life. The application of traditional auspicious pattern in modern design is a way appreciating the ancients’ dream and taking its wisdom. Meanwhile, it’s an endeavor finding new methods to express traditional culture. Auspicious pattern is a kind of effective element to distinguish Chinese characteristics by its rich content and relevance of social life. Application of auspicious pattern in modern design not only represents a self-innovation on form of folk art heritage, but also indicates a self-salvation to the problems of modern design. With absorption of modern design means, designers constantly look for the ethnic characteristics of traditional visual symbols, to establish the unique language design and visual image with national character.In the past, The public and the group centered design requirement decide that the design of auspicious patterns is always based on the average value of the group and what it is aimed to suit is the generality of the group of users. Therefore, individual has to make the adapt to those patterns which might not be the most suitable for him and demand. As for the future’s development, Applications of auspicious patterns will transfer from “public center” to “individual or small group center”, the value and dignity of an individual will be really embodied and the ideal condition of human orientation will be attained.In new ear, participatory design (PD) should play an important role in the application of traditional auspicious pattern in modern design. If we track back to its original intention, auspicious pattern is created by usage. In other words, auspicious pattern always attach to some kinds of commodity. Accordingly, with tech’s help, more end-users and individuals should be encouraged to participate in the process of redesigning auspicious pattern, speaking aloud about their opinions on auspicious patterns. Designers should also be more involved in the big picture of socially innovative design, beyond their personal expression. New excellent auspicious patterns and their applications should come up with this compliance with the usage characteristics of individuals, and accurate indication symbol will, without doubt, bring a sense of security to modern people in psychology.4. Concluding RemarkIn my opinions, applying and renovating traditional auspicious pattern must base on universal design language. On the other hand, understanding different national cultures, especially about some cultural taboos is also very important. Only can we found the bridge connecting different times and cultural backgrounds, we can create new life of the traditional auspicious pattern. How to use traditional elements in international language is always a heavy historical task to nowadays designer.Chinese traditional auspicious pattern is a valuable culture wealth. Its broad subject matters, rich connotations and diverse forms, all these things make it special to be substituted by other art forms. Through innovating its "form", extending its "moral", so as to inheriting its "verve" to apply it into modern design, and we will find outa new vitality in traditional pattern, create out works that not only have traditional national characteristic, but also are full of spirit of modern era.ReferencesAnonymous. (2001). Chinese Auspicious Symbols and Animals. Retrieved from .au/ about-china/the-culture-1/auspicious-design.htmlBjogvinsson, E., & Ehn, P. (2012). Per-Anders Hillgren, Design Things and Design Thinking: Contemporary Participatory Design Challenges. Design Issues, 28(3), 102-116. /10.1162/DESI_a_00165 Gong, J. (2008). Chinese Traditional Folk Pattern and Modern Graphic Design. Asian Social Science, 4(2), 65-68.Lei, G. Y. (1963). Pattern Basic Training. People's Fine Arts Publishing House.Li, K. (2012). An Analysis of the Design Concept Presenting "Humanistic Spirit". Asian Social Science, 8(12), 243-248. /10.5539/ass.v8n12p243Li, Y. Z. (2005). Graphic Design Art. Lo Ying Chinese People’s University Press.Manzini, E., & Rizzo, F. (2011). Small project/large change: Participatory design as an open participated process.Co-design, 7(3-4), 199-215. /10.1080/15710882.2011.630472Tang, J. L. (2004). Auspicious Decoration. Guangxi Art Publishing House.Tian, Z. B.(1985). History of Chinese Arts and Crafts. Orient Publishing Center.CopyrightsCopyright for this article is retained by the author(s), with first publication rights granted to the journal.This is an open-access article distributed under the terms and conditions of the Creative Commons Attribution license (/licenses/by/3.0/).。