Authors:
Afanas'ev, DV
Baranov, GA
Belyaev, AA
Dyuzhev, GA
Zinchenko, AK
Citation: Dv. Afanas'Ev et al., Fullerenes obtained during graphite evaporation with stationary CO2 laser radiation, TECH PHYS L, 27(5), 2001, pp. 408-410
Citation: Ni. Alekseev et Ga. Dyuzhev, A statistical model of fullerene formation based on quantum-mechanical calculations - I. The most probable precursors of fullerenes, TECH PHYS, 46(5), 2001, pp. 573-576
Citation: Ni. Alekseev et Ga. Dyuzhev, A statistical model of fullerene formation based on quantum mechanical calculations - II. Verification of the model and kinetics of transformation into fullerene, TECH PHYS, 46(5), 2001, pp. 577-583
Citation: Dv. Afanas'Ev et al., Carbon flows from an arc discharge in regimes optimum for production of fullerenes, TECH PHYS, 46(5), 2001, pp. 638-639
Citation: Ni. Alekseyev et Ga. Dyuzhev, Arc discharge with a vaporizable anode: Why is the fullerene formation process affected by the kind of buffer gas?, TECH PHYS, 46(10), 2001, pp. 1247-1255
Citation: Ni. Alekseev et Ga. Dyuzhev, Production of fullerenes in gas discharge plasmas. I. Kinetics of fullerene formation from polycyclic structures, TECH PHYS, 44(9), 1999, pp. 1093-1097
Citation: Ni. Alekseev et Ga. Dyuzhev, Production of fullerenes in gas discharge plasmas. II. Dynamics of reactions between charged and neutral carbon clusters, TECH PHYS, 44(12), 1999, pp. 1435-1439
Authors:
Afanas'ev, DV
Bogdanov, AA
Dyuzhev, GA
Karataev, VI
Kruglikov, AA
Deininger, D
Citation: Dv. Afanas'Ev et al., Production of fullerenes in an arc discharge in the presence of hydrogen and oxygen, TECH PHYS, 44(12), 1999, pp. 1440-1443