DtBuCH18C6
C28H52O6 CHON
484.718 g/mol
Sr
Japan
Japan,
USA
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] |
Test carried out | Test type | Conditions | Ref. |
---|---|---|---|
Column adsorption experiements with simulated solution, FPEX tests on spent fuel | [3] |
Type of study | Conditions | Ref. |
---|---|---|
Radiolysis | [4] |