Подписаться
Тазмеева Рамиля Нуриахметовна, Tazmeeva Ramilya
Тазмеева Рамиля Нуриахметовна, Tazmeeva Ramilya
Набережночелнинский институт КФУ, Kazan Federal University Naberezhnye Chelny Institute
Подтвержден адрес электронной почты в домене kpfu.ru - Главная страница
Название
Процитировано
Процитировано
Год
The material balance of process of plasma-chemical conversion of polymer wastes into synthesis gas
AK Tazmeev, RN Tazmeeva
Journal of Physics: Conference Series 789 (1), 012058, 2017
242017
Gas discharge between two liquid electrolyte electrodes
GK Tazmeev, RN Tazmeeva, BK Tazmeev
Journal of Physics: Conference Series 1588 (1), 012050, 2020
192020
Development features of the plasma flow in the gas discharge with the liquid electrolyte cathode
RN Tazmeeva, BK Tazmeev
Journal of Physics: Conference Series 1328 (1), 012074, 2019
192019
The creation of high temperature steam flow for plasma chemical gasification of polymer waste
GR Gibadullina, AH Tazmeev, RN Tazmeeva
International Journal of Applied Engineering Research 10 (24), 45015-45021, 2015
192015
Gas discharge with liquid electrolyte cathode in the mode of occurrence of the constricted channels
KK Tazmeev, AK Tazmeev
Journal of Physics: Conference Series 567 (1), 012035, 2014
182014
Experimental study of mass carry-over of liquid electrolyte cathode under the influence of a gas discharge
R Tazmeeva, B Tazmeev
SCOPUS19960948-2014-1-SID84900450552, 2014
142014
Some specific features of heat and mass transfer of gas-discharge plasma with a liquid electrolytic cathode
KK Tazmeev, AK Tazmeev
Heat Transfer Research 36 (8), 2005
122005
The features of high-current gas discharge in a narrow gap between the liquid electrolyte and solid electrode
AK Tazmeev, RN Tazmeeva, FS Sarvarov
Journal of Physics: Conference Series 669 (1), 012056, 2016
92016
Some experimental data on a gas discharge between a flowing electrolyte and a metal electrode
MN Miftakhov, KK Tazmeev, AK Tazmeev, SV Fridland
Journal of Engineering Physics and Thermophysics 79 (3), 532-538, 2006
92006
Thermodynamic analysis of the plasma-chemical conversion of polymers into synthesis gas
AK Tazmeev, RN Tazmeeva
Journal of Physics: Conference Series 1058 (1), 012036, 2018
52018
Recycling of polymer waste by liquid electrolyte plasma generators
GR Gibadullina, AK Tazmeev, RN Tazmeeva
Journal of fundamental and applied sciences 9 (1S), 1779-1789, 2017
52017
Journal of Physics: Conference Series
AK Tazmeev, RN Tazmeeva, FS Sarvarov
52017
The emergence and development of spark channels in the plasma column of a gas discharge between water-solution cathode and a copper anode
GK Tazmeev, BA Timerkaev, AK Tazmeev
Journal of Physics: Conference Series 927 (1), 012064, 2017
42017
Application of the Harrington function in substantiating the choice of the best equipment for plasma processing of materials
BK Tazmeev, VV Tsybulevsky, RN Tazmeeva, GK Tazmeev
Journal of Physics: Conference Series 2270 (1), 012013, 2022
22022
Journal of Physics: Conference Series
TA Kh, RN Tazmeeva, FS Sarvarov
22018
Study of the cathode spot on a liquid electrolyte by using highspeed visualization and software of coloured images processing
BK Tazmeev, VV Tsybulevsky, RN Tazmeeva, GK Tazmeev
Journal of Physics: Conference Series 1923 (1), 012003, 2021
12021
On the effect of large-scale perturbations of surface of a liquid electrolyte cathode on the properties of gas
AK Tazmeev, RN Tazmeeva, BK Tazmeev
Journal of Physics: Conference Series 1870 (1), 012022, 2021
12021
Parameters of a gas discharge with a liquid electrode in the process of gasification of hydrocarbon-containing waste
B Tazmeev, R Tazmeeva, V Pogosyan
E3S Web of Conferences 285, 08007, 2021
12021
Some of radiation regularities of the hydrogen in the gas discharge with water-solution cathode
KK Tazmeev, AK Tazmeev
Journal of Physics: Conference Series 1328 (1), 012076, 2019
12019
Creation of a Powerful Horizontally Oriented Plasma Flow from a Liquid Electrolyte Substance
GK Tazmeev, RN Tazmeeva, AA Kaleeva, KK Tazmeev
High Energy Chemistry 57 (Suppl 1), S222-S226, 2023
2023
В данный момент система не может выполнить эту операцию. Повторите попытку позднее.
Статьи 1–20