烟草中钾检测方案(流动分析仪)

智能文字提取功能测试中

1a Ex 上u Ne EOChinese Journal of Spectroscopy LaboratoryVol.18，No.1January， 2001uU 18 %i，pU1EU2001 Ae 1 0A 1axEpNeEOpU 18%1100 N12YOD%0uAA-D0A+T7-010--ND%i EAT00 Ao T：0 16 a°N1a01 (OEATN12YLENSND%0N12Y》NSEOAYA+EDiE0%A-41A 650106) 0a 0a +%TAND%，AEOA ALLIANCE x0T-0100C2aTNI2YOD40，NOnAExT4NOCE+-01o1o%poiNuE·laEj16%p，2p0e《3uAEA+AOAE00A**x+AETO+E，00E》uETKACAEO00A-Da-aTNi2YOD10uA-14，TaxE.iEUu0-aTNT2YODuA%01a1CAE+E0。 10 %UE A-D0A+TF-01o，N12Y，40. 0D1%-0AaA：O657.31 TATx+eETAe：B TAOA±aA：1004-8138(2001)01-0098-03 1 C°NO y0ECNT2YODx1000apA0aE0000》，Ea-AiTONI2YOEAODO0001，00oN12Y0D409-AipA2aT%B0D000a0a0a。Ni2Y0D40°-AjpA2aT*3E0AEA+YA0AE00An》oNea1。p《²Ux+Ae·3C0-0ToEUTEAy，-01o》NSpA-01+0E》p40ATEYopAOCE+-0Toula+00pA601a-0To，TOE；NT2YE6OpTE060y10x01-01oOC2aTNi2YOD》NS3E-020DND%i+"pA2，p《40pAA-D0A+T-01o》11%0±pA。TOACAOADA10YopAAL-LIANCE x0T-01o0C01"pA，ACAEO00A-D0A+T2aT40pA-%，Tax%EiEp0-aTNi2Y0DpA40la10AE+E0m 2 EpNe2i-0 2.1 0+0a0CE+1E0%A ALLIANCE x0T-0180C，410 DInONe aTE%E(10AE1aE-)，(1úALLIANCE1《E%)，WM-2 D1Tpo1EolaN1Eo》u： %0±e×%E000：×%E3EE；OU 105℃TAEEyDjE±pAAE》 40nùx%1.9070g，0A 5%±xEaTEY p%200mL，uAp%-1405mg/mLpAt±0o，E10AE+00%TTiipAp%±ex%1x+0o； EuOAE0%A%Ta-01oi。 2.2EuNe- E40A"TEOU 20—1000pg/gTTSAUpA140±ex%E00%°NuE·E000，E3D0U-A0Ux0110NuE+ET，E0OTAE3Do：0ABeofpie1ax+0ox+0yp%，En6opfAEpYBAEE3Do-AEe50+ex%1ax+00x+DEx% ( ① A T pEE，pc》°：(0871)8316812；《0m：(0871)8316812 ) ( x+01%0e：EET(1975一)， A@ ，OEATE；AYA+EDEE，0uAf1a31E，000°ND%Eu，OEANI2Y》 NS-01o1ax+. E0aEOEU：2000-07-04 ) pU 1 EU 》EciTpE：Ni2Y0D%0pAA-D0A+T-016--*ND%t 99 CuTB，OU-AEeOn±-5%pAxEax+CaT0o，A610 oNuE6-A0》o0DpEAEpA+ex%400x+T=0EAi0OE，yoNu/EuAETaAg-0000》oNuE·)。-01o1ax+le+T6，CaT10A-30min 00。 3 ha100eioA0 3.1EaTEuAOTi 0UE0%TDOYe0EOD0CiEaDOYe0EODnoNe-cEa1axCiTEy6Eo，oOUEoEaDO%e0EOD，noNee-cEa1aExCiTh 6，00pH Ta2.1-4.5·TTSAUnONe·gEa1arxCiEiET，1EEpNeN；0A5%"xEax+2aThe0E。 3.212cAex00°Ti oUNiT"EpNel6%p TA TOOU 50pg/mL 40，TAADAjAex02EEA(mg)：Cl-、SO、PO、NO、NH(20)；Si(Ⅳ)、Ca2+、Mg2+、A13+、Fe+(10)；B(Ⅲ)、Na+、Lit(5)；Cu²+、Ni²+、Mo(M)、Zn²(1)；iE40-1N0nD0A 3.3DEx%CuTB NiTEpNe16%pTA，10-A，0U 20—1000pg/mL AUoe1aExCiTEETbD010Tp，x01e-3iTaI=11.13+0.2467C(ug/mL)，r=0.9998. -aTNiNuOD40pA-AjE±，TONuE-uAArona0DEy00-：E0》、Ean0》、pEj“，0E00°AY00-%-*2Ux+11aAe-3，+%EpNeNj0A5%xEaypEj，Ya10%u±í1。0±f1iE0030：u±%pEjooianyEU00 30mL，YpE；E±aEoU 30min E±40pAN0E0AEE《p1，pEjE±ha0030min 00ET，YpEj0oiany3-1y 30mLE±OD+ETApAN0EOAE，EpNeN；0A50mL5%"xEa%pEj 30min，%u±í1。 ±i1 5%xEaT0 0.5g NINuOD%0uAYpEjEpNe (%) YIE；0olany(mL) YIE；E±4a(min) 20 30 40 50 60 15 40uAzaTop 1.08 1.11 1.16 1.18 1.21 》0EOAE 81.8 84.1 87.9 89.4 91.7 30 40uAaTop 1.12 1.26 1.33 1.29 1.36 N0E0AE 84.8 95.5 101 97.7 103 50 %0uAaT0p 1.30 1.33 1.35 1.29 1.30 》0EOAE 98.5 101 102 97.7 98.5 100 %0uA2aTou 1.34 1.37 1.27 1.28 1.34 》0EOAE 101.5 104 96.3 97.0 101.5 4 NuE··01o%a10 ×%E·3EEj 0.5000g Ni Nuou 100mL EyYCEiOD，x%E-40Ee 50mL 5%"xEa，0UonpE+ETonp apEj30min，0ATDOAEO%1yAE，EuE￥x138pA1AEy，AEOOEO%OUEyYCEOD°EpNe··2a1，2c0eEA±YAoAE00Ai**x+1000，Ya10%u±í2。 ±12 NuE--01oha101000 (n=5，%) NI2YNuE· A-D0A+T-010- EA+YAOAEO0Ai· 2aTop RSD N0EOAE 2aTou RSD 》OEOAE 6Af(C3F) 1.66 1.12 98 1.68 1.01 102 6Af(B2F) 1.85 0.86 101 1.83 1.21 97 Onia(C3F) 1.45 0.79 103 1.43 0.79 101 OnTa(B2F) 1.38 1.02 97 1.35 1.15 98 Cu%(C3F) 1.58 0.96 102 1.59 1.23 97 Cu%(B2F) 1.95 1.11 103 1.97 1.25 104 5 %aA0 0uAA-D0A+1-01o-×%E·TB，%AUTEA，%o±aiEU。A-YuAAgTax%E·、iiEUpo-aTNi2YoDuA0ia10AE+EOT. 21i4TATx ( [1] ōA》±UB， o a0ypE±a.Ni2Y-0To0e%iNe[M]. p 01° a . OEOY：0ATE1430°aEc，1994.25-34. ) [2]ATUB，foEcna，AuhD.Ni2YOD0211x0%TpAA-D0A+T-01o-1-ND%i[J].NT2YENSND%i，1999，(1)：52. Study on Determination of Potassium in Tobaccoby Continuous Flow Analysis HUANG Hai-TaLoi ZhongLIU Wei WANG LanYANG Guang-Yu (Analytical Laboratory of Yunnan Academy of Tobacco Science，Kunming 650106，P. R. China ) Abstract The determination of potassium in tobacco was studied by ALLIANCE .The suitable condi-tion for the extracting potassium was selected， and compared with sodium tetraphenyl borongravimetric method. Based on this，a new method for the continuous determination of potassiumwas established. This method gives a guarantee for the rapid and accurate determination of potas-sium in tobacco. Key words Continuous Flow Analysis，Tobacco， Potassium.