کتابخانه شرکت موننکو  
فرمول جستجو:
جستجو در م‍وض‍وع‌ : Electric power transmission, Direct current
انواع مدارک:
پايگاه هاي اطلاعاتي:
جستجو در بانک اصلي
 
موضوع:
Al2O3 particles; vinyl silane coupling; volume resistivity; Aluminum oxide; Dielectrics; Electric breakdown; Nanocomposites; Nanoparticles; Polymers; Space charge; Al2O3; Polyethylene; composites; space charge;-treated nano-acoustic method; scanning electron microscopy; space charge accumulation; space charge suppression; surface-Al2O3 nanocomposites; PEA method; SEM; alumina nanoparticles; breakdown strength; charge profiles; dielectric permittivity; high voltage direct current insulation; interfacial adhesion; low density polyethylene nanocomposites; melting blend method; pulsed electro-HVDC power transmission; aluminium compounds; insulation; nanocomposites; polyethylene insulation; pulsed electroacoustic methods; scanning electron microscopy; space charge; Al2O3; HVDC insulation; LDPE matrix; LDPE nanocomposites; LDPE
DC power convertors-DC
EMTP
Electric power transmission, Direct current
Electric power transmission- Direct current
Galerkin method
HVDC power convertors
HVDC power transmission
distributed power generation
flashover; insulators; lightning protection; power transmission lines; soil; backflashover rate; constant soil parameter; direct lightning strike; disruptive effect model; electromagnetic model; frequency dependence effect; frequency dependent soil parameters; insulator; lightning current waveform; lightning performance; soil permittivity; soil resistivity; tested lines; tower footing electrode; transmission lines; voltage 138 kV; voltage 230 kV; Conductivity; Electrodes; Grounding; Lightning; Poles and towers; Soil; Surges; Backflashover rate; frequency dependence of electric parameters of soil; lightning; transmission lines;
layer oilpaper insulation; polarity reversal time;-paper insulation structure; Dielectrics; Market research; Oil insulation; Power transformer insulation; Space charge; DC voltage; Transformer paper; charge accumulation and decay; interface charge; multi-load tap changer; power flow; transformer oil-paper insulation; on-HVDC power transmission; bushings; electric fields; load flow; on load tap changers; paper; power transformer insulation; transformer oil; DC polarity reversal effect; HVDC system; OLTC; converter transformer; dielectric internal electric field; high voltage direct current bushing; insulating paper; interface charge accumulation; interface charge behavior; interface charge density; multilayer oil
time curve; Atmospheric modeling; Discharges (electric); Flashover; Insulators; Lightning; Mathematical model; Voltage measurement; High altitude; flashover criterion; leader propagation model; ultrahigh voltage; voltage/time curve;-discharge voltage; leader propagation model; lightning flashover criteria; lightning protection analysis; negative lightning impulse; size 1.9 m; size 2.04 m; transmission lines; ultrahigh voltage direct current; ultrahigh voltage engineering technology; ultrahigh voltage insulator string; voltage-string composite insulator; air gap; disruptive-string composite insulator; UHVDC power transmission project; V-air gaps; composite insulators; flashover; lightning protection; power transmission lines; CIGRE; I
voltage direct current power transmission; modular multilevel converter design; power electronics; ripple voltage; submodule capacitor; transformer valve reactance; variable speed drives; voltage source conversion; Capacitors; Converters; Equations; HVDC transmission; Valves; Voltage control; Design optimization; power conversion; power transmission;-HVDC power convertors; HVDC power transmission; electric reactance; power electronics; transformers; VSC HVDC applications; direct control; high
voltage direct current technology; insulation defect identification; insulation diagnosis; partial discharge detection; pattern recognition; phase information; phase resolved PD analysis; power cables; Correlation; Discharges (electric); HVDC transmission; Insulation; Partial discharge measurement; Partial discharges; Superconducting cables; Chaotic Analysis of Partial Discharge (CAPD); Chaotic analysis of partial discharge (CAPD); HVDC; Partial Discharge (PD),; Superconducting cable; partial discharge (PD); superconducting cable;-HVDC power transmission; chaos; partial discharges; power cable insulation; power grids; superconducting cables; AC grid; HVDC grids; HVDC superconducting cable; artificial defects; chaotic analysis; high
 
پدیدآور:
Belmans, Ronnie
Christen, Thomas
Du, B.X. ; Zhang, J.G. ; Liu, D.S.
Jiang-Zi
Lewis, Patrick T.
Li, Wenyuan-Li, Yong
Min Dang ; Ji Wu-Hui Wu ; Li Ren ; Zhi-Wei Zha ; Yun-Jiao Wang ; Jun-Si
Negnevitsky, Michael
Nguefeu, Samuel
Oates, Colin
Padiyar, K. R.
Schulz, Dirk
Sood, Vijay K.,1945-
Visacro, Silverio ; Silveira, Fernando H.
Wei
Wei He
Yanpeng Hao ; Yongxia Han ; Li Tang ; Changgeng Mao ; Licheng Li
Yonghui Sun
Yoon Koo-Geon Lee ; Ja-Sang Hwang ; Jong-Jin Seo ; Khan, Umer Amir ; Jae-In
 
ناشر:
IEEE Press : John Wiley & Sons (Asia),
Kluwer Academic Publishers,
Wiley,
ieee
 
مرتب سازي صعودي براساس       
پالایش جستجو جستجو جديد    
    
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1  
کتاب لاتین
 
 
HVDC power transmission systems
Padiyar, K. R. ؛  New York Wiley,   ، 1990
شماره راهنما: ‭TK‬,‭3111‬,‭.P33‬,‭1991‬
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2  
کتاب لاتین
 
 
HVDC and FACTS controllers
Sood, Vijay K.,1945- ؛  Boston Kluwer Academic Publishers,   ، c2004
شماره راهنما: ‭TK‬,‭3111‬,‭.S6‬,‭2004‬
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3  
کتاب لاتین
 
 
HVDC transmission
Singapore ; Hoboken, NJ IEEE Press : John Wiley & Sons (Asia),   ، c2009
شماره راهنما: ‭TK‬,‭3111‬,‭.H845‬,‭2009‬
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4  
مقاله لاتین
 
 
Terminal VSC HVDC Systems With Distributed DC Voltage Control-Modeling of Multi
Belmans, Ronnie ؛  Jan. 2014
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5  
مقاله لاتین
 
 
Modular Multilevel Converter Models for Electromagnetic Transients
Nguefeu, Samuel ؛  June 2014
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6  
مقاله لاتین
 
 
Offshore Wind Farm Integration and Frequency Support Control Utilizing Hybrid Multiterminal HVDC Transmission
Wei ؛  Aug. 2014-July
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7  
مقاله لاتین
 
 
Turbine Inertia Ratios-to-Analysis of Subsynchronous Torsional Interaction of HVDC System Integrated Hydro Units With Small Generator
Negnevitsky, Michael ؛  May 2014
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8  
مقاله لاتین
 
 
voltage direct current transmission lines-Simple algorithm for calculating the total electric field of high
Li, Wenyuan-Li, Yong ؛  Jan. 2014
منابع دیجیتال   افزودن به ليست    مشاهده کامل مدرک
 

9  
مقاله لاتین
 
 
Calculation of Ionized Field of HVDC Transmission Lines by the Meshless Method
Wei He ؛  July 2014
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10  
مقاله لاتین
 
 
Current Predictive Control Strategy for Inhibiting Commutation Failure in HVDC Converter-Direct
Yonghui Sun ؛  Sept. 2014
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11  
مقاله لاتین
 
 
Fuel Cell System Optimization Using Bypass Converters
Schulz, Dirk ؛  January 2014
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12  
مقاله لاتین
 
 
Scale Energy Storage-Power Electronics for Grid
Lewis, Patrick T. ؛  June 2014
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13  
مقاله لاتین
 
 
Scale Model-Analysis of Voltage Distribution Characteristics in UHVDC Converter Transformer Winding Based on the Reduced
Jiang-Zi ؛  Nov. 2014
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14  
مقاله لاتین
 
 
Identification of Insulation Defects Based on Chaotic Analysis of Partial Discharge in HVDC Superconducting Cable
Yoon Koo-Geon Lee ; Ja-Sang Hwang ; Jong-Jin Seo ; Khan, Umer Amir ; Jae-In ؛  ieee   ،
شماره راهنما: 10,1109/TASC,2015,2394245
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15  
null
 
 
HVDC insulation boundary conditions for modeling and simulation
Christen, Thomas ؛  ieee   ،
شماره راهنما: ^jT
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16  
مقاله لاتین
 
 
voltage insulator strings based on voltage/time curves under negative lightning impulses at high altitude-Leader propagation models of ultrahigh
Yanpeng Hao ; Yongxia Han ; Li Tang ; Changgeng Mao ; Licheng Li ؛  ieee   ،
شماره راهنما: 10,1109/TDEI,2015,7076821
منابع دیجیتال   افزودن به ليست    مشاهده کامل مدرک
 

17  
مقاله لاتین
 
 
layer oilpaper insulation under DC and polarity reversal voltages-Interface charge behavior of multi
Du, B.X. ; Zhang, J.G. ; Liu, D.S. ؛  ieee   ،
شماره راهنما: 10,1109/TDEI,2015,005052
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18  
مقاله لاتین
 
 
Preparation, microstructure and properties of polyethylene/alumina nanocomposites for HVDC insulation
Min Dang ; Ji Wu-Hui Wu ; Li Ren ; Zhi-Wei Zha ; Yun-Jiao Wang ; Jun-Si ؛  ieee   ،
شماره راهنما: 10,1109/TDEI,2015,004903
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19  
مقاله لاتین
 
 
The Impact of the Frequency Dependence of Soil Parameters on the Lightning Performance of Transmission Lines
Visacro, Silverio ; Silveira, Fernando H. ؛  ieee   ،
شماره راهنما: 10,1109/TEMC,2014,2384029
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20  
مقاله لاتین
 
 
Modular Multilevel Converter Design for VSC HVDC Applications
Oates, Colin ؛  ieee   ،
شماره راهنما: 10,1109/JESTPE,2014,2348611
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