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您的检索式：作者名="Kamakshaiah"
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| 1 | Delay characteristics of a simple triggered vacuum gap显示文摘 | Kamakshaiah S Rau R S N | | 0，，： | 1 |
| 2 | Delay characteristics of a simple triggered vacuum gap显示文摘 | Kamakshaiah S Rau R S N | 1975 | Journal of Physics D-Applied Physics1975，8，12： | 1 |
| 3 | Low-voltage and high- current delay characteristics of a simple triggered vacuum gap显示文摘 | Kamakshaiah S Rau R S N | 1977 | Journal of Physics D-Applied Physics1977，10，7： | 1 |
| 4 | Movement Patterns of Metallic Particles in a Single Phase Gas Insulated Busduct with Superimposed Lightning and Switching Impulses显示文摘Transient over voltages due to lightning and switching surges cause steep build-up of voltage on transmission lines and other electrical apparatus,like circuit breakers,transformers,insulators etc.Therefore it is necessary for the GIS also to withstand such voltages without breakdown of Insulation.The system has to be tested under these conditions.Usually the GIS system operates on power frequency.Lightning Impulse Voltage of 1050 kV and Switching Impulse Voltage of 750 kV superimposed on Power frequency voltages of 75 kV,100 kV and 132 kV are applied to Single Phase Gas Insulated Busduct and the maximum movement of Aluminum,Copper and Silver particles is determined.The movement patterns are also determined with and without Monte Carlo Simulation for movement of particle in axial and radial directions.The results show that there is a sudden jump in the movement at the application of impulse on sine wave.This is because of high magnitude voltage of 1050 kV during 1.2/50 μs.Similar movement patterns of reduced maximum movement is observed for Switching Impulse superimposed on sine wave.The results are presented and analyzed. | M. Venu Gopala Rao J. Amarnath G.V. Nagesh Kumar S. Kamakshaiah K. D. Srivastava | 2008 | 高电压技术2008，34，12： | 1 |
| 5 | Delay characteristics of a simpled triggered vacuum gap显示文摘 | KAMAKSHAIAH S RAU R S | 1975 | Journal of Physics D: Applied Physics1975，，8： | 1 |
| 6 | Delay characteristics of a simple triggered vacuum gap显示文摘 | Kamakshaiah S Rau R S N | 1975 | J Phys D: Appl Phys1975，8，： | 1 |
| 7 | Speed con- trol of brushless DC motor by using fuzzy logic PI controller 显示文摘 | Ramesh M V Amarnath J Kamakshaiah S | 2011 | ARPN Journal of Engineering and Applied Sciences2011，6，9： | 1 |
| 8 | Platinum quantum dots-decorated MXene-derived titanium dioxide nanowire/Ti_(3)C_(2) heterostructure for use in solar-driven gas-phase carbon dioxide reduction to yield value-added fuels显示文摘Solar-driven photocatalytic CO_(2) reduction to produce valuable chemicals and fuels offers an attractive strategy in alleviating the energy crisis.Pt quantum dots(PtQDs)with TiO_(2) nanowire(TiO_(2)NW)/Ti_(3)C_(2) MXene heterostructures(Pt-TiO_(2)NW/Ti_(3)C_(2)) with tight interfacial contacts between the various components were prepared at room temperature via oxidation reactions.The incorporated PtQDs played crucial roles as electron conduction bridges supported by the cocatalyst effect,effectively enhancing the separation efficiencies of photoinduced electron/hole pairs and improving CO_(2) reduction under simulated solar light irradiation.The Pt-TiO_(2)NW/Ti_(3)C_(2) heterostructures exhibited remarkable carbon monoxide(CO)and methane(CH_(4)) production at respective rates of 38.14 and 36.15μmol g^(-1)after 10 h of simulated solar light irradiation,an apparent quantum yield of 1.68%,and 79.2%selectivity for CH4.The photocatalytic activities of the Pt-TiO_(2) NW/Ti_(3)C_(2) heterostructures for CO_(2) reduction were significantly enhanced compared to those of TiO_(2)NW/Ti_(3)C_(2) and the single-component photocatalysts,and they exhibited remarkable stabilities even after five cycles.In addition,the densities of states and electronic characteristics of Ti_(3)C_(2) MXene and Pt-TiO_(2)NW/Ti_(3)C_(2) were studied using density functional theory,and a synergistic mechanism of the improvement in CO_(2) photoreduction is proposed. | Kamakshaiah Charyulu Devarayapalli S.V.Prabhakar Vattikuti Dong Jin Kim Youngsu Lim Bolam Kim Gyuhyeon Kim Dae Sung Lee | 2023 | Journal of Energy Chemistry2023，，7： | 0 |
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