LB 6708234.9 249.7 121+,3 A 589.0 589.6 285.2 3093251.6 1.2 kCaS I in Fe Ni C 766.5422.739123643318.43579279.5248.3240.7232.0324.8213,9287.42652193.7196.0 3 1,2 121.2 Pd Rb 780.0460,74077360.14059313.3 39.°32320.6/328.128.80928638 R 2448 1,21+ l,2 l,2|24.6217.6214.3 2 2 1,2 H R Ir Pt A I 852.11553.6392.83072271.5400.8316,0 264.0265.9242.8 185.0377.6217.0 11+,333 3 3 11.21+,2/253.7276.8283.3223.1 0.1,21,21.2 1,2 Pr Sm Eu Gd Tb Dy Ho Er Tm YbLa 495.1463,4 4297459,4368,4432.0421.2410.3400.8410.6398.831.2 351.4 图 周期表中能用原子吸收光谱法分析的元素① 元素符号下面的数字为分析线的波长(mm),最低一排数字表示火焰的类别:0;冷原子化法 1:空气一乙炔火焰1+:富燃空气一乙炔火焰2:空气一丙烷,或空气一天然气3:氧化亚氯-乙炔 火焰大部分元素均可用石墨炉原子化法进行分析。 0026:54 L//00:26:54