[{"@context":"http:\/\/schema.org\/","@type":"BlogPosting","@id":"https:\/\/wiki.edu.vn\/all2pl\/wiki27\/meitylene-wikipedia\/#BlogPosting","mainEntityOfPage":"https:\/\/wiki.edu.vn\/all2pl\/wiki27\/meitylene-wikipedia\/","headline":"M\u00e9ityl\u00e8ne – Wikipedia","name":"M\u00e9ityl\u00e8ne – Wikipedia","description":"before-content-x4 Mesitylene Identyfikacja Synonimy 1.3.5-trimetylobenzen N O Cas 108-67-8 N O Echa 100.003.278 N O TEN 203-604-4 Wygl\u0105d bezbarwny ciecz,","datePublished":"2019-10-17","dateModified":"2019-10-17","author":{"@type":"Person","@id":"https:\/\/wiki.edu.vn\/all2pl\/wiki27\/author\/lordneo\/#Person","name":"lordneo","url":"https:\/\/wiki.edu.vn\/all2pl\/wiki27\/author\/lordneo\/","image":{"@type":"ImageObject","@id":"https:\/\/secure.gravatar.com\/avatar\/44a4cee54c4c053e967fe3e7d054edd4?s=96&d=mm&r=g","url":"https:\/\/secure.gravatar.com\/avatar\/44a4cee54c4c053e967fe3e7d054edd4?s=96&d=mm&r=g","height":96,"width":96}},"publisher":{"@type":"Organization","name":"Enzyklop\u00e4die","logo":{"@type":"ImageObject","@id":"https:\/\/wiki.edu.vn\/wiki4\/wp-content\/uploads\/2023\/08\/download.jpg","url":"https:\/\/wiki.edu.vn\/wiki4\/wp-content\/uploads\/2023\/08\/download.jpg","width":600,"height":60}},"image":{"@type":"ImageObject","@id":"https:\/\/upload.wikimedia.org\/wikipedia\/commons\/thumb\/2\/27\/Mesitylene_acsv.svg\/langfr-150px-Mesitylene_acsv.svg.png","url":"https:\/\/upload.wikimedia.org\/wikipedia\/commons\/thumb\/2\/27\/Mesitylene_acsv.svg\/langfr-150px-Mesitylene_acsv.svg.png","height":"105","width":"150"},"url":"https:\/\/wiki.edu.vn\/all2pl\/wiki27\/meitylene-wikipedia\/","wordCount":5661,"articleBody":"     (adsbygoogle = window.adsbygoogle || []).push({});before-content-x4Mesitylene  Identyfikacja Synonimy 1.3.5-trimetylobenzen N O Cas 108-67-8  N O Echa 100.003.278 N O TEN 203-604-4 Wygl\u0105d bezbarwny ciecz, charakterystyczny zapach [[[ Pierwszy ] . Chemikalia Formu\u0142a C 9 H dwunasty  [Izomery] Masa cz\u0105steczkowa [[[ 3 ] 120,191 6 \u00b1 0,008 g\/mol C 89 94%, H 10 06%,  \u015arednica molekularna 0,637  nm [[[ 2 ] W\u0142a\u015bciwo\u015bci fizyczne T \u00b0 po\u0142\u0105czenie \u221245 \u00b0 C. [[[ Pierwszy ] T \u00b0 wrzenie 164,72 \u00b0 C. [[[ 4 ] Rozpuszczalno\u015b\u0107 0,02  G \u00b7 L -Pierwszy w wodzie ( 25 \u00b0 C. ) Parametr rozpuszczalno\u015bci \u03b4 18.0  MPA 1\/2 ( 25 \u00b0 C. ) [[[ 5 ] Masa obj\u0119to\u015bciowa 0,865 2  G \u00b7 cm -3 [[[ 6 ]        (adsbygoogle = window.adsbygoogle || []).push({});after-content-x4r\u00f3wnanie [[[ 7 ] : \u03c1=0.59879\/0.25916(1+(1\u2212T\/637.36)0.27968){DisplayStyle Rho = 0,59879\/0.25916^{(1+ (1-T\/637.36)^{0,27968})}}}} G\u0119sto\u015b\u0107 cieczy w kmol \u00b7 m -3 i temperatura Kelvina, od 228,42 do 637,36 K. Obliczone warto\u015bci: 0,86136 g \u00b7 cm -3 w 25 \u00b0 C        (adsbygoogle = window.adsbygoogle || []).push({});after-content-x4 T (K) T (\u00b0C) \u03c1 (kmol\u00b7m-3) \u03c1 (g\u00b7cm-3)228,42\u221244,737,61540,91533255,68\u221217,477,443740,89469269,31\u22123,847,356130,88416282,959,87,267230,87348296,5823,437,176950,86263310,2137,067,08520,8516323,8450,696,991870,84038337,4764,326,896870,82896351,177,956,800060,81733364,7391,586,70130,80546378,36105,216,600430,79333392118,856,497270,78093405,63132,486,39160,76823419,26146,116,283190,7552432,89159,746,171750,74181 T (K) T (\u00b0C) \u03c1 (kmol\u00b7m-3) \u03c1 (g\u00b7cm-3)446,52173,376,056940,72801460,151875,938380,71376473,78200,635,815570,699487,42214,275,687930,68365501,05227,95,554730,66764514,68241,535,415030,65085528,31255,165,267620,63314541,94268,795,110870,6143555,57282,424,942490,59406569,2296,054,759140,57202582,83309,684,555560,54755596,47323,324,322640,51956610,1336,954,041890,48581623,73350,583,662540,44022637,36364,212,3110,27777 T \u00b0 D’Auto-inframation 550 \u00b0 C. [[[ Pierwszy ] Punkt flash 50 \u00b0 C. (zamkni\u0119ty kubek) [[[ Pierwszy ] Nasycenie ci\u015bnienia pary ma 20 \u00b0 C. : 0,25  KPA [[[ Pierwszy ] r\u00f3wnanie [[[ 7 ] :        (adsbygoogle = window.adsbygoogle || []).push({});after-content-x4Pvs=exp(48.603+\u22126545.2T+(\u22123.6412)\u00d7ln(T)+(1.9307E\u221218)\u00d7T6){DisplayStyle p_ {vs} = exp (48.603+ {frac {-6545.2} {t}}+(-3.6412) Times ln (t)+(1.9307e-18) Times t^{6})}} Ci\u015bnienie w temperaturze Pascals i Kelvina, od 228,42 do 637,36 K. Obliczone warto\u015bci: 367,07 PA do 25 \u00b0 C.  T (K) T (\u00b0C) P (Pa)228,42\u221244,731,1889255,68\u221217,4716,74269,31\u22123,8450,64282,959,8136,47296,5823,43333,06310,2137,06746,11323,8450,691\u00a0551,43337,4764,323\u00a0022,42351,177,955\u00a0560,19364,7391,589\u00a0723,83378,36105,2116\u00a0258,34392118,8526\u00a0117,85405,63132,4840\u00a0482,17419,26146,1160\u00a0765,55432,89159,7488\u00a0617,42 T (K) T (\u00b0C) P (Pa)446,52173,37125\u00a0915,38460,15187174\u00a0752,05473,78200,63237\u00a0417,3487,42214,27316\u00a0378,28501,05227,9414\u00a0259,6514,68241,53533\u00a0826,22528,31255,16677\u00a0971,32541,94268,79849\u00a0711,61555,57282,421\u00a0052\u00a0192,03569,2296,051\u00a0288\u00a0701,73582,83309,681\u00a0562\u00a0703,28596,47323,321\u00a0877\u00a0876,7610,1336,952\u00a0238\u00a0180,22623,73350,582\u00a0647\u00a0929,86637,36364,213\u00a0111\u00a0900Punkt krytyczny 364.14 \u00b0 C. [[[ 4 ] Thermochimie C P  r\u00f3wnanie [[[ 7 ] : CP=(148050)+(19.700)\u00d7T+(0.62260)\u00d7T2{DisplayStyle C_ {p} = (148050)+(19,700) Times t+(0,62260) Times t^{2}} Pojemno\u015b\u0107 termiczna cieczy w j \u00b7 kmol -Pierwszy \u00b7 K -Pierwszy i temperatura Kelvina, od 228,42 do 350 K. Obliczone warto\u015bci: 209 269 J \u00b7 mol -Pierwszy \u00b7 K -Pierwszy w 25 \u00b0 C T(K)T(\u00b0C)Cp(Jkmol\u00d7K){displaystyle ({tfrac {J}{kmoltimes K}})}Cp(Jkg\u00d7K){displaystyle ({tfrac {J}{kgtimes K}})}228,42\u221244,73185\u00a00301\u00a0539236\u221237,15187\u00a03761\u00a0559240\u221233,15188\u00a06401\u00a0569244\u221229,15189\u00a09241\u00a0580248\u221225,15191\u00a02281\u00a0591252\u221221,15192\u00a05521\u00a0602256\u221217,15193\u00a08961\u00a0613260\u221213,15195\u00a02601\u00a0625264\u22129,15196\u00a06441\u00a0636268\u22125,15198\u00a00471\u00a0648272\u22121,15199\u00a04711\u00a06602773,85201\u00a02781\u00a06752817,85202\u00a07471\u00a068728511,85204\u00a02351\u00a069928915,85205\u00a07431\u00a0712T(K)T(\u00b0C)Cp(Jkmol\u00d7K){displaystyle ({tfrac {J}{kmoltimes K}})}Cp(Jkg\u00d7K){displaystyle ({tfrac {J}{kgtimes K}})}29319,85207\u00a02721\u00a072429723,85208\u00a08201\u00a073730127,85210\u00a03881\u00a075030531,85211\u00a09761\u00a076430935,85213\u00a05841\u00a077731339,85215\u00a02121\u00a079131743,85216\u00a08591\u00a080432147,85218\u00a05271\u00a081832551,85220\u00a02151\u00a083232955,85221\u00a09221\u00a084633359,85223\u00a06501\u00a086133763,85225\u00a03971\u00a087534167,85227\u00a01641\u00a089034571,85228\u00a09511\u00a090535076,85231\u00a02101\u00a0924 r\u00f3wnanie [[[ 8 ] : CP=(\u22128.737)+(6.0394E\u22121)\u00d7T+(\u22122.3025E\u22124)\u00d7T2+(\u22123.1411E\u22128)\u00d7T3+(2.8748E\u221211)\u00d7T4{DisplayStyle C_ {p} = (-8.737)+(6.0394e-1) Times t+(-2.3025e-4) Times t^{2}+(-3.1411e-8) Times t^{3}+(2.8748 E-11) Times t^{4}} Pojemno\u015b\u0107 termiczna gazu w j \u00b7 mol -Pierwszy \u00b7 K -Pierwszy i temperatura Kelvina, od 200 do 1500 K. Obliczone warto\u015bci: 150,255 J \u00b7 mol -Pierwszy \u00b7 K -Pierwszy w 25 \u00b0 C T(K)T(\u00b0C)Cp(Jkmol\u00d7K){displaystyle ({tfrac {J}{kmoltimes K}})}Cp(Jkg\u00d7K){displaystyle ({tfrac {J}{kgtimes K}})}200\u221273,15102\u00a063685428612,85144\u00a06141\u00a020333056,85164\u00a07011\u00a037037399,85183\u00a04251\u00a0526416142,85201\u00a02561\u00a0674460186,85218\u00a05841\u00a0819503229,85234\u00a06321\u00a0952546272,85249\u00a08152\u00a0078590316,85264\u00a04702\u00a0200633359,85277\u00a09472\u00a0312676402,85290\u00a06082\u00a0418720446,85302\u00a07402\u00a0519763489,85313\u00a08152\u00a0611806532,85324\u00a01452\u00a0697850576,85333\u00a09732\u00a0779T(K)T(\u00b0C)Cp(Jkmol\u00d7K){displaystyle ({tfrac {J}{kmoltimes K}})}Cp(Jkg\u00d7K){displaystyle ({tfrac {J}{kgtimes K}})}893619,85342\u00a08822\u00a0853936662,85351\u00a01372\u00a0921980706,85358\u00a09452\u00a09861\u00a0023749,85365\u00a09873\u00a00451\u00a0066792,85372\u00a04903\u00a00991\u00a0110836,85378\u00a06283\u00a01501\u00a0153879,85384\u00a01703\u00a01961\u00a0196922,85389\u00a03063\u00a02391\u00a0240966,85394\u00a01943\u00a02801\u00a02831\u00a0009,85398\u00a06643\u00a03171\u00a03261\u00a0052,85402\u00a08863\u00a03521\u00a03701\u00a0096,85407\u00a00083\u00a03861\u00a04131\u00a0139,85410\u00a09033\u00a04191\u00a04561\u00a0182,85414\u00a07283\u00a04501\u00a05001\u00a0226,85418\u00a06353\u00a0483W\u0142a\u015bciwo\u015bci optyczne Wsp\u00f3\u0142czynnik za\u0142amania \u015bwiat\u0142a nD25{DisplayStyle {textit {n}} _ {d}^{25}} 1 4968 [[[ 2 ] \u015arodki ostro\u017cno\u015bci Sgh [[[ 9 ] H226 W H335 I H411 H226 : \u0141atwopalne p\u0142yn i opary H335 : Mo\u017ce podra\u017cnia\u0107 drogi oddechowe H411 : Toksyczne dla organizacji wodnych, prowadzi do d\u0142ugoterminowych efekt\u00f3w Simdut [[[ dziesi\u0119\u0107 ] B3, B3 : P\u0142yn paliwa 0,1% Ujawnienie zgodnie z list\u0105 ujawniania informacji NFPA 704  Transport  Inhalacja B\u00f3l g\u0142owy, b\u00f3l gard\u0142a, zawroty g\u0142owy, wymioty Sk\u00f3ra dra\u017cni\u0105cy Oczy dra\u017cni\u0105cy Inne informacje Zanieczyszczenie \u017ceglarza Ecotoksykologia Logp 3.42 [[[ Pierwszy ] Zapach w d\u00f3\u0142 : 0,006  ppm wysoki : 2.4  ppm [[[ 11 ] Zwi\u0105zki pokrewne Izomer (y) Hemimellitene Pseudokument To jednostki i Cntp , o ile nie zaznaczono inaczej. modyfikator       (adsbygoogle = window.adsbygoogle || []).push({});after-content-x4"},{"@context":"http:\/\/schema.org\/","@type":"BreadcrumbList","itemListElement":[{"@type":"ListItem","position":1,"item":{"@id":"https:\/\/wiki.edu.vn\/all2pl\/wiki27\/#breadcrumbitem","name":"Enzyklop\u00e4die"}},{"@type":"ListItem","position":2,"item":{"@id":"https:\/\/wiki.edu.vn\/all2pl\/wiki27\/meitylene-wikipedia\/#breadcrumbitem","name":"M\u00e9ityl\u00e8ne – Wikipedia"}}]}]