PMID-sentid Pub_year Sent_text comp_official_name comp_offsetprotein_name organism prot_offset 28213236-3 2017 By adsorbing Tri-n-butyl phosphate (TBP)/n-dodecane solution to prepare GA-LOS, the extraction of U(VI) from nitric acid medium using GA-LOS was investigated and compared with conventional solvent extraction. Nitric Acid 109-120 TATA-box binding protein Homo sapiens 36-39 32548399-2 2020 A H2O-HNO3-UO2(NO3)2-TBP (tri-n-butyl phosphate)-diluent system is commonly used for uranium separation and purification in liquid-liquid extraction. Nitric Acid 6-10 TATA-box binding protein Homo sapiens 21-24 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 42-53 TATA-box binding protein Homo sapiens 90-93 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 42-53 TATA-box binding protein Homo sapiens 105-108 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 42-53 TATA-box binding protein Homo sapiens 105-108 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 42-53 TATA-box binding protein Homo sapiens 105-108 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 123-134 TATA-box binding protein Homo sapiens 90-93 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 123-134 TATA-box binding protein Homo sapiens 105-108 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 123-134 TATA-box binding protein Homo sapiens 105-108 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 123-134 TATA-box binding protein Homo sapiens 105-108 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 84-88 TATA-box binding protein Homo sapiens 90-93 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 187-191 TATA-box binding protein Homo sapiens 105-108 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 187-191 TATA-box binding protein Homo sapiens 105-108 32548399-8 2020 The predicted results show that water and nitric acid were extracted as di-solvates HNO3 (TBP)2 H2O and (TBP)2 2H2O at low nitric acid concentrations, with the formation of mono-solvates HNO3 TBP and HNO3 TBP H2O as the acid concentration increased. Nitric Acid 187-191 TATA-box binding protein Homo sapiens 105-108 28265606-2 2017 Glassy carbon electrodes were used to show that Pu(iv) and Pu(vi) complexes display a reversible electrochemical reduction wave in TBP previously equilibrated with aqueous nitric acid solution. Nitric Acid 172-183 TATA-box binding protein Homo sapiens 131-134 28265606-4 2017 The formal potentials of the two redox couples were respectively 0.510 +- 0.005 and 0.478 +- 0.005 V per SCE in TBP equilibrated with 3 mol L-1 nitric acid at room temperature. Nitric Acid 144-155 TATA-box binding protein Homo sapiens 112-115 16833878-0 2005 Effect of the TBP and water on the complexation of uranyl nitrate and the dissolution of nitric acid into supercritical CO2. Nitric Acid 89-100 TATA-box binding protein Homo sapiens 14-17 24601645-2 2014 For this purpose, we first compare several electrostatic representations of TBP with regards to its polarity and conformational properties, its interactions with H2O, HNO3, and UO2(NO3)2 species, its relative free energies of solvation in water or oil environments, the properties of the pure TBP liquid and of the pure-TBP/water interface. Nitric Acid 167-171 TATA-box binding protein Homo sapiens 76-79 21445434-1 2011 Uranium dioxide can be dissolved directly in an imidazolium-based ionic liquid (IL) at room temperature with a tri-n-butylphosphate(TBP)-HNO(3) complex. Nitric Acid 137-143 TATA-box binding protein Homo sapiens 132-135 16833878-2 2005 We report theoretical studies on the complexation of uranyl nitrate and the dissolution of nitric acid in supercritical CO2 by TBP. Nitric Acid 91-102 TATA-box binding protein Homo sapiens 127-130 16833878-3 2005 According to quantum mechanical calculations, TBP (modeled by trimethyl phosphate TMP) displays stronger hydrogen-bonding interactions with HNO3 than with H2O, and this has been modeled in force-field calculations. Nitric Acid 140-144 TATA-box binding protein Homo sapiens 46-49 16833878-5 2005 In MD simulations, which started from "random" mixtures of water, TBP, nitric acid, and uranyl nitrate, complexation of uranyl by TBP is observed and the yield increases with the TBP concentration. Nitric Acid 71-82 TATA-box binding protein Homo sapiens 130-133 16833878-5 2005 In MD simulations, which started from "random" mixtures of water, TBP, nitric acid, and uranyl nitrate, complexation of uranyl by TBP is observed and the yield increases with the TBP concentration. Nitric Acid 71-82 TATA-box binding protein Homo sapiens 130-133 16833878-6 2005 TBP molecules are also necessary to dissolve nitric acid in the supercritical phase. Nitric Acid 45-56 TATA-box binding protein Homo sapiens 0-3 16833878-9 2005 The simulations show that a high TBP/nitric acid ratio is needed to fully dissolve the acid in the supercritical phase and to form CO2-philic UO2(NO3)2(TBP)2 complexes. Nitric Acid 37-48 TATA-box binding protein Homo sapiens 33-36 12940050-4 2002 Hg is extracted by KI + HNO3 + (NH2)2CS into TBP and hydride generation by proposed method. Nitric Acid 24-28 TATA-box binding protein Homo sapiens 45-48 12240354-1 2001 Uranium dioxide can be dissolved in supercritical CO2 with a CO2-philic TBP-HNO3 complexant to form a highly soluble UO2(NO3)(2).2TBP complex; this new method of dissolving UO2 that requires no water or organic solvent may have important applications for reprocessing of spent nuclear fuels and for treatment of nuclear wastes. Nitric Acid 76-80 TATA-box binding protein Homo sapiens 72-75 12240354-1 2001 Uranium dioxide can be dissolved in supercritical CO2 with a CO2-philic TBP-HNO3 complexant to form a highly soluble UO2(NO3)(2).2TBP complex; this new method of dissolving UO2 that requires no water or organic solvent may have important applications for reprocessing of spent nuclear fuels and for treatment of nuclear wastes. Nitric Acid 76-80 TATA-box binding protein Homo sapiens 130-133 34973572-2 2022 In this study an environmentally sustainable process using supercritical carbon dioxide as the solvent, along with a small volume of tributyl-phosphate-nitric acid (TBP-HNO3) adduct as the chelating agent, is developed to extract rare earth elements (REEs) from fluorescent lamp waste. Nitric Acid 152-163 TATA-box binding protein Homo sapiens 165-168 34973572-5 2022 Furthermore, UV visible spectroscopy is performed to determine the coordination chemistry of the rare earths of interest, i.e., yttrium, europium, and terbium during the complexation with TBP-HNO3 adduct. Nitric Acid 192-196 TATA-box binding protein Homo sapiens 188-191 34973572-6 2022 It is found that Al3+ and Ca2+ cations from the aluminium oxide (Al2O3) and hydroxyapatite (Ca5(PO4)3OH) present in the fluorescent lamp waste compete with REEs in reacting with TBP-HNO3 adduct; hence, REE extractions from real fluorescent lamp waste is less than previously reported extractions from synthetic feeds. Nitric Acid 182-186 TATA-box binding protein Homo sapiens 178-181