di-t-butylcyclohexano-18-crown-6

DtBuCH18C6 structure
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General infos Distribution coefficients Tests Stability References
Abbreviation(s)

DtBuCH18C6

Chemical group

Formula

C28H52O6 CHON

Molecular mass

484.718 g/mol

Processes

Elements separated

Sr

Country of origin

Japan

Country that has performed tests

Japan, USA

Distribution coefficients
Element Value Conc. Add. ligand Aq. acid Organic diluent Temp. Contact time Additional Ref.
Sr ≈4.76 0.15 M   HNO3 1 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈12.2 0.15 M   HNO3 2 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈18.7 0.15 M   HNO3 3 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈26.5 0.15 M   HNO3 5 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈28.7 0.15 M   HNO3 8 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈1.90 0.15 M   HNO3 1 M 1-octanol 27°C 1 min DtBuCH18C6 from the Parish Chemical Company [1]
Sr ≈5.79 0.15 M   HNO3 2 M 1-octanol 27°C 1 min DtBuCH18C6 from the Parish Chemical Company [1]
Sr ≈7.46 0.15 M   HNO3 3 M 1-octanol 27°C 1 min DtBuCH18C6 from the Parish Chemical Company [1]
Sr ≈11.0 0.15 M   HNO3 5 M 1-octanol 27°C 1 min DtBuCH18C6 from the Parish Chemical Company [1]
Sr ≈12.2 0.15 M   HNO3 8 M 1-octanol 27°C 1 min DtBuCH18C6 from the Parish Chemical Company [1]
Sr ≈19.2 0.15 M   HNO3 3 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈8.56 0.15 M   HNO3 3 M 1-octanol 27°C 1 min 1M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈5.44 0.15 M   HNO3 3 M 1-octanol 27°C 1 min 2M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈4.78 0.15 M   HNO3 3 M 1-octanol 27°C 1 min 3M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈3.14 0.15 M   HNO3 3 M 1-octanol 27°C 1 min 4M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈12.6 0.15 M   HNO3 2 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈7.28 0.15 M   HNO3 2 M 1-octanol 27°C 1 min 1M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈4.94 0.15 M   HNO3 2 M 1-octanol 27°C 1 min 2M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈3.94 0.15 M   HNO3 2 M 1-octanol 27°C 1 min 3M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈4.20 0.15 M   HNO3 1 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈4.78 0.15 M   HNO3 1 M 1-octanol 27°C 1 min 1M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈3.46 0.15 M   HNO3 1 M 1-octanol 27°C 1 min 2M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈3.14 0.15 M   HNO3 1 M 1-octanol 27°C 1 min 3M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.00520 0.15 M   1-octanol 27°C 1 min deionized water; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈2.20 0.15 M   1-octanol 27°C 1 min deionized water; 1M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈3.04 0.15 M   1-octanol 27°C 1 min deionized water; 2M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈2.95 0.15 M   1-octanol 27°C 1 min deionized water; 3M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈3.04 0.15 M   1-octanol 27°C 1 min deionized water; 5M NaNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈18.8 0.15 M   HNO3 3 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈29.7 0.15 M   HNO3 3 M 1-octanol 27°C 1 min 1M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈32.8 0.15 M   HNO3 3 M 1-octanol 27°C 1 min 2M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈27.8 0.15 M   HNO3 3 M 1-octanol 27°C 1 min 3M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈35.0 0.15 M   HNO3 3 M 1-octanol 27°C 1 min 4M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈13.1 0.15 M   HNO3 2 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈22.9 0.15 M   HNO3 2 M 1-octanol 27°C 1 min 1M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈32.8 0.15 M   HNO3 2 M 1-octanol 27°C 1 min 2M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈5.96 0.15 M   HNO3 1 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈14.4 0.15 M   HNO3 1 M 1-octanol 27°C 1 min 1M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈24.4 0.15 M   HNO3 1 M 1-octanol 27°C 1 min 2M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈33.9 0.15 M   HNO3 1 M 1-octanol 27°C 1 min 3M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.00483 0.15 M   1-octanol 27°C 1 min deionized water; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈5.96 0.15 M   1-octanol 27°C 1 min deionized water; 1M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈19.4 0.15 M   1-octanol 27°C 1 min deionized water; 2M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈38.6 0.15 M   1-octanol 27°C 1 min deionized water; 3M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈51.9 0.15 M   1-octanol 27°C 1 min deionized water; 5M LiNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.00504 0.15 M   1-octanol 27°C 1 min 0.01M ZrO(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.316 0.15 M   1-octanol 27°C 1 min 0.1M ZrO(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈3.14 0.15 M   1-octanol 27°C 1 min 0.57M ZrO(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈10.4 0.15 M   1-octanol 27°C 1 min 1M ZrO(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈20.5 0.15 M   1-octanol 27°C 1 min 1.74M ZrO(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈52.4 0.15 M   1-octanol 27°C 1 min 2.32M ZrO(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈7.05 0.15 M   1-octanol 27°C 1 min 2.32M Ca(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈5.27 0.15 M   1-octanol 27°C 1 min 3.49M Ca(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈4.94 0.15 M   1-octanol 27°C 1 min 4.66M Ca(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈3.46 0.15 M   1-octanol 27°C 1 min 5.83M Ca(NO3)2; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.0787 0.15 M   1-octanol 27°C 1 min 0.1M KNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.136 0.15 M   1-octanol 27°C 1 min 0.220.1M KNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.208 0.15 M   1-octanol 27°C 1 min 1M KNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.150 0.15 M   1-octanol 27°C 1 min 2.29M KNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.120 0.15 M   1-octanol 27°C 1 min 3.44M KNO3; DtBuCH18C6 from the Eichrom Industries [1]
Sr ≈0.00508 0.15 M   HNO3 0.01 M 1-octanol 27°C 1 min [1]
Sr ≈0.219 0.15 M   HNO3 0.1 M 1-octanol 27°C 1 min [1]
Sr ≈6.49 0.15 M   HNO3 1 M 1-octanol 27°C 1 min [1]
Sr ≈13.0 0.15 M   HNO3 2 M 1-octanol 27°C 1 min [1]
Sr ≈18.2 0.15 M   HNO3 3 M 1-octanol 27°C 1 min [1]
Sr ≈31.7 0.15 M   HNO3 5 M 1-octanol 27°C 1 min [1]
Sr ≈35.0 0.15 M   HNO3 8 M 1-octanol 27°C 1 min [1]
Sr 0.045 0.1 M   HNO3 3 M Dodecane 25°C 1 min [2]
Sr 2.2 0.1 M   HNO3 3 M Octanoic acid 25°C 1 min [2]
Sr 3.4 0.1 M   HNO3 3 M 2-Octanone 25°C 1 min [2]
Sr 6.5 0.1 M   HNO3 3 M n-Octanol 25°C 1 min [2]
Sr 5.9 0.1 M   HNO3 3 M n-Decanol 25°C 1 min [2]
Sr ≈0.018 0.001 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈0.075 0.005 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈0.15 0.01 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈0.9 0.05 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈2 0.1 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈4 0.2 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈6 0.3 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈11 0.5 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈0.006 0.2 M   HNO3 0.01 M n-Octanol 25°C 1 min [2]
Sr ≈0.14 0.2 M   HNO3 0.1 M n-Octanol 25°C 1 min [2]
Sr ≈1.8 0.2 M   HNO3 0.5 M n-Octanol 25°C 1 min [2]
Sr ≈4.5 0.2 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈21 0.2 M   HNO3 3 M n-Octanol 25°C 1 min [2]
Sr ≈29 0.2 M   HNO3 6 M n-Octanol 25°C 1 min [2]
Sr ≈0.003 0.2 M   HNO3 0.01 M n-Octanol 50°C 1 min [2]
Sr ≈0.05 0.2 M   HNO3 0.1 M n-Octanol 50°C 1 min [2]
Sr ≈0.5 0.2 M   HNO3 0.5 M n-Octanol 50°C 1 min [2]
Sr ≈1.8 0.2 M   HNO3 1 M n-Octanol 50°C 1 min [2]
Sr ≈10 0.2 M   HNO3 3 M n-Octanol 50°C 1 min [2]
Sr ≈17 0.2 M   HNO3 6 M n-Octanol 50°C 1 min [2]
Sr ≈0.018 0.4 M   HNO3 0.01 M n-Octanol 25°C 1 min [2]
Sr ≈0.3 0.4 M   HNO3 0.1 M n-Octanol 25°C 1 min [2]
Sr ≈3.1 0.4 M   HNO3 0.5 M n-Octanol 25°C 1 min [2]
Sr ≈10 0.4 M   HNO3 1 M n-Octanol 25°C 1 min [2]
Sr ≈40 0.4 M   HNO3 3 M n-Octanol 25°C 1 min [2]
Sr ≈65 0.4 M   HNO3 6 M n-Octanol 25°C 1 min [2]
Sr ≈0.01 0.4 M   HNO3 0.01 M n-Octanol 50°C 1 min [2]
Sr ≈0.12 0.4 M   HNO3 0.1 M n-Octanol 50°C 1 min [2]
Sr ≈1 0.4 M   HNO3 0.5 M n-Octanol 50°C 1 min [2]
Sr ≈3.1 0.4 M   HNO3 1 M n-Octanol 50°C 1 min [2]
Sr ≈20 0.4 M   HNO3 3 M n-Octanol 50°C 1 min [2]
Sr ≈30 0.4 M   HNO3 6 M n-Octanol 50°C 1 min [2]
Sr ≈0.61 0.15 M   HNO3 1 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [2]
Sr ≈1.51 0.15 M   HNO3 2 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [2]
Sr ≈2.50 0.15 M   HNO3 3 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [2]
Sr ≈5.05 0.15 M   HNO3 5 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [2]
Sr ≈9.81 0.15 M   HNO3 8 M 1-octanol 27°C 1 min DtBuCH18C6 from the Eichrom Industries [2]
Tests
Test carried out Test type Conditions Ref.
Column adsorption experiements with simulated solution, FPEX tests on spent fuel [3]
Stability
Type of study Conditions Ref.
Radiolysis [4]
References

  1. doi:10.1080/01496399708003197

  2. doi:10.1080/07366299008918017

  3. doi:10.1081/SEI-200058035

  4. doi:10.1080/07366290701512477