Permittivity - Globe Thesis

Keyword [Permittivity] Result: 1 - 20 \| Page: 1 of 7
1.	New Advances In Automatic Analysis Technique Of Microwave Networks And Its Applications
2.	Study On Electromagnetic Properties Of Soil And Time Domain Reflectometry Technique
3.	Study On Image Identification Of Grouting Distribution Behind Shield Tunnel Segment With GPR And Settlement Control
4.	Research On A Novel Capacitance Sensor For Measuring Wetness Of Flowing Wet Steam
5.	Synthesis And Improvent Of High Permittivity High Frequency Ag(Nb,Ta)O₃ Ceramics
6.	Physical Properties Of CaCu₃Ti₄O₁₂-based High-dielectric Ceramics And BaTiO₃ Piezoelectric Ceramics
7.	Study On Detecting Method And Technology Of Fluid Compositions Based On Permittivity
8.	Ground Penetrating Radar Method In Steel Bars Detecting Of Reinforce Concrete Structures
9.	Investigation On Permittivity Measurement Methods Of Microwave Dielectric Materials
10.	Study On The Structural And Electrical Properties Of Doped Or Composite Oxide Varistor Ceramics
11.	The Study Of Sample Permittivity Measuring With AF/PSTM And SPR Technology
12.	Study Of Anti-EMI Composite Dielectric Material With High Permittivity And Broad Operating Temperature
13.	Study Of Reliable High Frequency Dielectric Ceramic With High Permittivity
14.	The Study Of Sructure And Dielectric Properties Of BaO-Nd₂O₃-TiO₂ Dielectric Ceramics
15.	Dielectric Property Testing, Numerical Simulation And Practical Application Of Detecting Using Ground Penetrating Radar In Shield Tunnel
16.	Techniques For Measuring The Electromagnetic Parameters Of Microwave Materials With High Permittivity In Broad Band
17.	Study Of The Coaxial Probe In Measuring The Permittivity Of The RF/Microwave Dielectric
18.	Study On Using Threshold Of Automotive Lube Based On The Permittivity And Transmittance
19.	The Effect Of Power Transformer Oil Temperature Rises On Potential Distribution In Transformer Windings Under The VFTO
20.	Techniques For Measuring The Electromagnetic Parameters Of Ferroelectric Materials With High Permittivity
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