ENERGY TRANSFER OF n-HEXANE—TRIBULTYL PHOSPHATE (TBP) BINARY SYSTEM: USING TBP AS A PROBE FOR THE DETECTION OF EXCITED STATE OF n-HEXANE(Ⅱ)
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ENERGY TRANSFER OF n-HEXANE—TRIBULTYL PHOSPHATE (TBP) BINARY SYSTEM: USING TBP AS A PROBE FOR THE DETECTION OF EXCITED STATE OF n-HEXANE(Ⅱ)
Journal of Radiation Research and Radiation ProcessingVol. 2, Issue 4, Pages: 35-44(1984)
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1.北京大学
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Pan Xianming, Yuan Rongyao, Wu Jilan. ENERGY TRANSFER OF n-HEXANE—TRIBULTYL PHOSPHATE (TBP) BINARY SYSTEM: USING TBP AS A PROBE FOR THE DETECTION OF EXCITED STATE OF n-HEXANE(Ⅱ). [J]. Journal of Radiation Research and Radiation Processing 2(4):35-44(1984)
DOI:
Pan Xianming, Yuan Rongyao, Wu Jilan. ENERGY TRANSFER OF n-HEXANE—TRIBULTYL PHOSPHATE (TBP) BINARY SYSTEM: USING TBP AS A PROBE FOR THE DETECTION OF EXCITED STATE OF n-HEXANE(Ⅱ). [J]. Journal of Radiation Research and Radiation Processing 2(4):35-44(1984)DOI:
ENERGY TRANSFER OF n-HEXANE—TRIBULTYL PHOSPHATE (TBP) BINARY SYSTEM: USING TBP AS A PROBE FOR THE DETECTION OF EXCITED STATE OF n-HEXANE(Ⅱ)
It has been investigated that TBP labeled with ,32,p was used as a probe for detecting the excited species of n-hexane produced under γ irradiation of ,60,Co. This paper studies the relationship between the G,(DBP+MBP), and dose of the binary system of n-hexane—TBP. In the condition of extrapolating the dose to zero, the curve and the kinetic equation of sensitization of TBP by n-hexane have been obtained. Theoretical calculation was in harmony with experimental results.,It has been found thatTBP can be sensitized by two species of excited state of n-hexane. The ,G, values of excited n-hexane species equal 1.04 and 0.4 respectively and the life time can be estimated by diffusion controlled rate constant, τ,1,=0.3×10,-9, τ,2,= 0,.,7,×,10,-9,.
关键词
磷酸三丁酯辐解能量传递正己烷-磷酸三丁酯体系辐解正己烷的激发态磷酸三丁酯辐解的剂量影响
Keywords
Irradiation of TBPEnergy transferIrradiation of n-hexane-TBPExcited states of n-hexaneDependence of radiolysis of TBPon dose
RATE OF ENERGY TRANSFER IN THE RADIOLYSIS OF DILUTE CYCLOHEXANE SOLUTIONS
A STUDY ON THE ABNORMAL RATE CONSTANT OF EXCITED ENERGY TRANSFER FROM CYCLOHEXANEEXCITED STATE TO TRIOCTYLE PHOSPHINE OXIDE Ⅱ-TOPO A HIGH EFFICIENT ENERGY ACCEPTOR
A STUDY ON THE RATE CONSTANT OF EXCITED ENERGY TRANSFER FROM CYCLOHEXANE EXCITED STATE TO TRIOCTYL PHOSPHINE OXIDE
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Related Institution
Minfu Science and Technology Development Co. Ltd, Postdoctor Working Station in High Technology Area of Jinjiang
Department of Technical Physics,Peking University
Department of Applied of Chemistry and Molecular Enging, Peking University