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. 2020 May 21;5(21):12174–12183. doi: 10.1021/acsomega.0c00583

Table 2. Data Sources of Extraction Equilibrium for HNO3–H2O–TBP, UO2(NO3)2–H2O–TBP, and UO2(NO3)2–HNO3–H2O–TBP in Diluent Systems.

    concentration range [mol/L]
   
system refs HNO3 UO2(NO3)2 TBP (vol %) diluent
HNO3–H2O–TBP–diluent Burns and Hanson17 0.35–10   20–30 kerosene
Marin et al.18 1–4   15–20 dodecane
Davis19 0.01–8.5   10–100 Amsco 125–82
Davis et al.20 0.1–10   100  
Balasubramonian et al.21 0.01–7   30 dodecane
Zongcheng et al.14 0–5.6   5–100 n-heptane
UO2(NO3)2–HNO3–H2O–TBP–diluent Puzikov et al.22 0.05–5 0.01–0.257 30 paraffins
Hlushak et al.2 1.79–5.99 0–1 30 dodecane
Stas et al.8 0.5–7a 0–0.5a 20 kerosene
this work 0.01–4.14 0.05–1.8 10–40 kerosene
UO2(NO3)2–H2O–TBP–diluent Davis et al.3   0–2.5 30 Amsco 125-82
a

Values are extracted from the graph.