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Keyword [Absorption Materials]
Result: 61 - 80 | Page: 4 of 6
61.
Preparation And Properties Of Hierarchically Porous Microwave Absorption Materials
62.
Preliminary Study On Preparation Of Absorption Materials By Using Cellulose Xanthate Material
63.
Preparation Of Polyacrylonitrile-based Carbon Nanofibers By Electrospinning And Their Microwave Absorbing Properties
64.
Preparation And Microwave Absorption Properties Of One-dimensional Core/shell Fe
3
O
4
Based Composites
65.
Preparation And Electromagnetic Wave Absorptionperformance Of MOFs Derived Carbon-based Nanocomposites
66.
Recent Progress And Prospect Of Microwave Absorption Materials
67.
Preparation Of Fe-based/C Nanofibers By Electrospinning And Their Electromagnetic Wave Absorption Performance
68.
Preparation Of TiN-Based Composites As High-Temperature Microwave Absorption Materials
69.
Preparation And Application Of Carbon Microwave Absorption Materials Modified By Polyaniline
70.
Characterization of Mechanical and Energy Absorption Properties of Additively-manufactured Mechanical Metamaterial
71.
Polyethyleneimine functionalized nano-carbons for the absorption of carbon dioxide
72.
X-ray studies of multilayer semiconductors using synchrotron radiation
73.
Growth, Optical Properties, and Optimization of Infrared Optoelectronic Materials
74.
Analysis of acoustic damping in duct terminated by porous absorption materials based on analytical models and finite element simulations
75.
Design,Fabrication And Noise Reduction Properties Of Lightweight And High-strength Sound Absorption Materials
76.
Designing And Investigation On Subwavelength Biomimetic Ordered Structural Microwave Absorption Materials
77.
Research On Micro-structure Adjustment And Microwave Absorption Properties Of Carbon-based Composite Meterials
78.
Preparation And Performance Characterization Of Composite Microwave Absorption Materials Based On Iron Group Element
79.
The Preparation And Properity Study Of Molybdenum Carbide-based Microwave Absorbers
80.
Preparation Of Fir-based Ordered Porous Biomass Carbon Materials And Improved Microwave Absorbing Properties
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