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. 2010 Jun 30;3(7):3818–3844. doi: 10.3390/ma3073818

Table 3.

Separation of SWNTs by chromatography.

Reference Separated object SWNTs Chemicals
[104] (8, 4) FeRu-CVD DNA, IEC
[105] (6, 4), (9, 1), (6, 5) CoMoCAT DNA, SEC + IEC
[96,106] (n, m) HiPco DNA, IEC
[94,95,107,108,109] M/S, diameter, length HiPco DNA, IEC
[110] (6, 5) CoMoCAT DNA, IEC
[111] M/S, diameter, (n, m) HiPco DNA, SEC + IEC
[112,113,114] length DNA, SEC
[115] length HiPco octadecylamine/THF, GPC
[91,92,93,116] length LV, AD, MWNTs SDS, SEC
[117] length LV Triton X-100, SEC
[44,118] length, diameter HiPco, LV SC, SEC
[119] length CoMoCAT, HiPco, LV, AD DNA, SEC
[120] M/S HiPco functionalized with t-aryl groups group SDS/o-dichlorobenzene, silica gel chromatography
[121] M/S HiPco SDS/agarose gel beads
[40] M/S LV SDS, SC/SEC
[97]a length LV Triton X-100, water
[98]a length AD (SWNTs), CVD (MWNTs) SDS, water
[99]a length AD Triton X-100, water
[100]a length CNT (Carbolex) Triton X-100, water
[101]a length CoMoCAT, HiPco, LV, AD DNA, water
[102]a length functionalized MWNTs water (pH = 10)
[103]b M/S HiPco DNA, water

a FFF: Field-flow fractionation, b Optical trapping.