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10篇 您的检索式:作者名="V I EROFEEV"
    题名 作者 年代 出处 被引量
1UV excimer lamp irradi- ation of fibroblasts: the influence on antioxidant homeostasis 显示文摘Erofeev M V Kieft I E Sosnin E A 2006IEEE Transactions on Plasma Science2006,34,4:1
2Effect of high-temperature steam treatment of high-silica zeolites of the ZSM-5 type on their acidity and selectivity of formation of lower olefins from straight-run naphthas显示文摘EROFEEV V I ADYAEVA L V RYABOVA N V 2003Russ J Appl Chem2003,76,1:1
3Effect of hightemperature steam treatment of high-silica zeolites of ZSM-5 type on their acidity and selectivity of formation of lower olefins from straight-run naphthas显示文摘Erofeev V I Adyaeva L V Ryabova N V 2003Russ J Appl Chem2003,75,1:1
4Effect of high tem- perature steam treatment of high-silica zeolites of ZSM-5 type on their acidity and selectivity of formation of lower olefins from straight-run naphthas显示文摘Erofeev V I Adyaeva L V Ryabova N V 2003Russ J Appl Chem2003,75,1:1
5Pyrolysis of straight-run naphtha on ZSM-5 zeolites modified with alka- line-earth metal cations显示文摘Erofeev V I Adyaeva L V Ryabov Y V 2001Russian J Appl Chem2001,74,2:1
6显示文摘 Adyaeva L V Ryabov Yu V 2001Russ J Appl Chem2001,74,2:1
7Effect of high-tem- perature steam treatment of high-silica zeolites of the ZSM- type ontheir acidity and selectivity of formation of lower olefins from straightrun naphthas 显示文摘Erofeev V I Adyaeva L V Ryabova N V 2003Russian Journal of Applied Chemistry2003,76,1:1
8Effect of hightemperature steam treatment of high-silica zeolites of the ZSM-5 type on their acidity and selectivity of formation of lower olefins from straight-run naphthas显示文摘Erofeev V I Adyaeva L V Ryabova N V 2003Russian Journal of Applied Chemistry2003,76,1:1
9Two-component structure of the current pulse of a ranaway eleoron beam generated during electric breakdown of elevated-pressure nitrogen显示文摘Tarasenko V F Erofeev M I Lomaev M I 2012Plasma Physics Report2012,38,11:1
10The effect of forced oscillations on the kinetics of wave drift in an inhomogeneous plasma显示文摘The kinetics is analyzed of the drift of non-potential plasma waves in spatial positions and wavevectors due to plasma's spatial inhomogeneity. The analysis is based on highly informative kinetic scenarios of the drift of electromagnetic waves in a cold ionized plasma in the absence of a magnetic field(Erofeev 2015 Phys. Plasmas 22 092302) and the drift of long Langmuir waves in a cold magnetized plasma(Erofeev 2019 J. Plasma Phys. 85 905850104). It is shown that the traditional concept of the wave kinetic equation does not account for the effects of the forced plasma oscillations that are excited when the waves propagate in an inhomogeneous plasma.Terms are highlighted that account for these oscillations in the kinetic equations of the abovementioned highly informative wave drift scenarios.V I EROFEEV 2020Plasma Science and Technology2020,22,12:0
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