32877001   20251201                                               
   32877001   20251201                                               
         15         41                                               
 Measurement of 209Bi neutron inelastic scattering
            sross section with prompt gamma-ray method            
 (Sun Qi, Wang Zhaohui, Zhang Qiwei, Huang Hanxiong,
            Ren Jie, Ruan Xichao, Liu Shilong, Bao Jie,           
            Luan Guangyuan, Ding Yanyan, Chen Xiongjun,           
            Nie Yangbo, Liu Chao, Zhao Qi, Wang Jincheng,         
            He Guozhu, Du Shubin)                                 
 (3CPRAEP)
 (J,CST,56,816,2022)
           #doi:10.7538/yzk.2022.youxian.0189                     
 (VDGT,3CPRAEP) HI-13 tandem accelerator
 (D-D) Neutrons were produced using a D2 gas target
            bombarded with deuterons at 6.5, 8.0 and 9.5 MeV. The 
            current was 300 nA, the pulse repetition frequency    
            was about 3 MHz.                                      
 209Bi metal sample was 50 mm in diameter, 4 mm in
            thickness, and 9.8 g/cm3 in density. Natural Ti       
            sample was 50 in diameter, 1 mm in thickness, and     
            4.54 g/cm3 in density.                                
 (FPGAM,TOF) Time-of-flight method was used to
            determine neutron energy.                             
 (SCIN) A BC501A liquid scintillator detector was used
            to monitor the neutron flux.                          
           (HPGE) 4 Clover detector was used to measure produced  
            gamma-ray. Every detector was made of 4 high-purity   
            germanium crystals. The Clover detector was           
            calibrated with 152Eu, 60Co, 22Na and 133Ba standard  
            gamma-ray radioactive sources.                        
 (22-TI-48(N,INL)22-TI-48,PAR,SIG)
 (,A.D.Carlson,J,NDS,148,143,2018)
 (22-TI-48,,DG,983.5)
 (ERR-T) Total uncertainty
           (ERR-S) Relative errors of the source neutron counts   
            and the full-energy peak counts                       
           (ERR-1,,3.) Detector efficiency                        
           (ERR-2,,1.) Sample composition                         
           (ERR-3,,1.) Dimension of the sample                    
           (ERR-4,,1.) Correction factor                          
           (ERR-5,,1.) Location of the detector                   
 (TABLE,,Sun Qi+,J,CST,56,816,2022) Text in p.822
 (20251201C) Compiled by Xi Tao (CNDC)
ENDBIB              41          0                                 
NOCOMMON
ENDSUBENT           44          0                                 
   32877002   20251201                                               
          2          2                                               
 (83-BI-209(N,INL)83-BI-209,,SIG)
 (DEP,32877003)
ENDBIB               2          0                                 
NOCOMMON
EN          DATA        ERR-T       ERR-S       
MEV         MB          MB          PER-CENT    
9.0         1638.1      83.6        3.6         
10.5        675.5       37.9        4.2         
12.0        482.5       28.5        4.6         
ENDDATA
ENDSUBENT           12          0                                 
   32877003   20251201                                               
          2          2                                               
 (83-BI-209(N,INL)83-BI-209,PAR,SIG,G)
 (83-BI-209,,DG,1608.53,1.00)
ENDBIB               2          0                                 
E-LVL       
KEV         
1608.58     
ENDCOMMON
EN          DATA        ERR-T       ERR-S       
MEV         MB          MB          PER-CENT    
9.0         666.1       34.0        3.6         
10.5        277.0       15.6        4.2         
12.0        188.6       11.2        4.6         
ENDDATA
ENDSUBENT           16          0                                 
ENDENTRY