MADB Author Report



Author

Author Name  V. M. Radchenko 
Author's Latest Institute   
Author Address    
# of Publication 
# of Published Data Record  22 
Web Address   
   

PUBLICATIONS

1:  Synthesis and Study of Binary Actinide and Lanthanide Compounds: XXIV. Curium - Cobalt Alloys
2:  Synthesis and Study of Binary Actinide and Lanthanide Compounds: XXV. Curium Carbides
3:  Synthesis and Study of Binary Compounds of Actinides and Lanthanides: XXVI. Alloys of Cm with Fe
4:  Synthesis and X-ray Diffraction Study of Intermetallic Compounds of Curium with Ruthenium
5:  Synthesis and X-ray Diffraction Study of Intermetallic Compounds of Curium with Ruthenium

PUBLISHED DATA

No  Caption Data
1:  Lattice Parameter  of  B-Cm2O3
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
2:  Lattice Parameter  of  Cm2C3
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
3:  Lattice Parameter  of  CmCo2
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
4:  Lattice Parameter  of  Co17Cm2
a = 8.372(9)   
c = 8.075(5)   
5:  Lattice Parameter  of  Co5Cm
a = 4.917(3)   
c = 4.057(2)   
6:  Lattice Parameter  of  Ni17Cm2
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
7:  Lattice Parameter  of  Ni5Cm
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
8:  Lattice Parameter  of  Cm2C3
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
9:  Lattice Parameter  of  Cm3C
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
10:  Lattice Parameter  of  Cm2O3
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
11:  Lattice Parameter  of  B-Cm2O3
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
12:  Lattice Parameter  of  CmO
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
13:  Lattice Parameter  of  Fe17Cm2
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
14:  Lattice Parameter  of  Fe2Cm
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
15:  Lattice Parameter  of  a-Cm
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
16:  Lattice Parameter  of  B-Cm2O3
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
17:  Lattice Parameter  of  CmO
Data presented in Tables: Calculated unit cell parameters function of time of keeping the sample at room temperature after preparation/ number of reflections in the calculation set   
18:    of  Ru2Cm
19:  Lattice Parameter  of  Ru2Cm
a = 5.279(1)    (hexagonal lattice)
20:  Lattice Parameter  of  Ru3Cm
a = 4.151(2)    (cubic lattice)
21:  Lattice Parameter  of  Ru2Cm
a = 5.279(1)    (Hexagonal lattice)
c = 8.812(3)    (Hexagonal lattice)
22:  Lattice Parameter  of  Ru3Cm
a = 4.151(2)    (Cubic lattice)
     

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