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原子吸收光谱各元素常用谱线

原子吸收光谱(AAS)

  • 元素
    灵敏线
    次灵敏线
    元素
    灵敏线
    次灵敏线

    Ag
    328.068
    338.289
    Er
    400.797
    415.110

    381.033

    393.702

    397.360

    Al
    309.271
    308.216

    309.284

    394.403

    396153
    Eu
    459.403
    311.143

    321.057

    462.722

    466.188

    As
    188.990
    193.696

    197.197
    Fe
    248.327
    208.412

    248.637

    252.285

    302.064

    Au
    242.795
    267.595

    274.826

    312.278
    Ga
    287.424
    294.418

    403.298

    417.206

    B
    249.678
    249.773
    Gd
    368.413
    371.357

    371.748

    378.305

    407.870

    Ba
    553.548
    270.263

    307.158

    350.111

    388.933
    Ge
    265.158
    259.254

    270.963

    275.459

    Be
    234.861
    313.042

    313.107
    Hf
    307.288
    286.637

    290.441

    302.053

    377.764

    Bi
    223.061
    206.170

    222.825

    227.658

    306.772
    Hg
    184.957*
    253.652

    Ca
    422.673
    239.356

    272.164

    393.367

    396.847
    Ho
    410.384
    405.393

    410.109

    412.716

    417.323

    Co
    240.7.25
    242.4.93

    304.4.00

    352.6.85

    252.1.36
    In
    303.936
    256.015

    325.609

    410.476

    451.132

    Cr
    357.869
    359.349

    360.533

    425.437

    427.480
    Ir
    263.971
    263.942

    266.479

    284.972

    237.277

    Cs
    852.110
    894.350

    455.536

    459.316
    K
    766.491
    404.414

    404.720

    769.898

    Cu
    324.754
    216.509

    217.894

    218.172

    327.396
    La
    550.134
    357.443

    392.756

    407.918

    494.977

    Dy
    421.172
    419.485

    404.599

    394.541

    394.470
    Li
    670.784
    274.120

    323.261

    Mg
    385.213
    279.553

    202.580

    230.270
    Lu
    335.956
    308.147

    328.174

    331.211

    356.784

    Mn
    279.482
    222.183

    280.106

    403.307

    403.449
    Se
    196.090
    203.985

    206.219

    207.479

    Mo
    313.259
    317.035

    319.400

    386.411

    390.296
    Si
    251.612


    250.690

    251.433

    252.412

    252.852

    Na
    588.995
    330.232

    330.299

    589.592
    Sm
    429.674
    476.027

    520.059

    528.291

    Nb
    334.371
    334.906

    358.027

    407.973

    412.381
    Sn
    224.605
    235.443

    286.333



    Nd
    463.424
    468.35

    489.693

    492.453

    562.054
    Sr
    460.733
    242.810

    256.947

    293.183

    407.771

    Ni
    232.003
    231.096

    231.10

    233.749

    323.226
    Ta
    271.467
    255.943

    264.747

    277.588

    Os
    290.906
    305.866

    790.10
    Tb
    432.647
    390.135

    431.885

    433.845

    Pb
    216.999
    202.202

    205.327

    283.306
    Te
    214.275
    225.904

    238.576

    Pd
    247.642
    244.791

    276.309

    340.458
    Ti
    364.268
    319.990

    363.546

    365.350

    399.864

    Pr
    495.136
    491.403

    504.553

    513.342
    Tl
    276.787
    231.598

    237.969

    258.014

    377.572

    Pt
    265.945
    214.423

    248.717

    283.030

    306.471
    U
    351.463
    355.082

    358.488

    394.382

    415.400

    Rb
    789.023
    420.185

    421.556

    794.760
    V
    318.398
    382.856

    318.540

    437.924

    Re
    346.046
    345.188

    242.836

    346.473
    W
    255.135
    265.654

    268.141

    294.740

    Rh
    343.489
    339.685

    350.252

    369.236

    370.091
    Y
    407.738
    410.238

    412.831

    414.285

    Ru
    349.894
    372.803

    379.940
    Yb
    398.799
    266.449

    267.198

    346.437

    Sb
    217.581
    206.833

    212.739

    231.147
    Zn
    213.856
    202.551

    206.191

    307.590

    Sc
    391.181
    326.991

    290.749

    402.040

    402.369
    Zr
    360.119
    301.175

    302.952

    354.768

    带有*号者为真空紫外线,通常条件下不能应用
    +关注 私聊
  • 第1楼2005/08/17

    辛苦了,但好像参考价值不大

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    +关注 私聊
  • 第2楼2006/08/23

    对于混标配制有参考意义啊

    wishfly1979 发表:辛苦了,但好像参考价值不大

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0
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  • 第6楼2006/09/02

    收集的不错,辛苦了!

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