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Keyword [specific capacity]
Result: 61 - 79 | Page: 4 of 4
61.
Structure Design And Preparation Of High Specific Capacity Silicon-based And Znic Oxide-based Anode Materials
62.
Research On Design,Preparation And Performance Of Solid Electrolyte Interface Toward Solid-State Li-Metal Batteries
63.
Synthesis And Surface Modification Of High Specific Capacity Lithium-rich Cathode Materials
64.
The Establishment And Simulation Of The Initial Discharge Specific Capacity Model Of Porous Carbon-lithium-sulfur Batteries
65.
Analysis Of Porous Carbon And Electrochemical Performance Based On Template Method And Pyrolysis Oil
66.
Improved positive electrode materials for lithium-ion batteries: Exploring the high specific capacity of lithium cobalt oxide and the high rate capability of lithium iron phosphate
67.
Research On Electrolytes Of High Specific Capacity And High Nickel NCM-based Lithium Ion Battery
68.
Study On The Effect Of Graphite Morphology And Particle Size On The Structure And Performance Of High Specific Capacity SiO
x
/C Composite Electrode
69.
Iron-based Metal Oxides As Sulfur Loading Matrix For Lithium-sulfur Batteries And Electrochemical Performance Analysis
70.
Controllable Preparation Of 2D Metal-organic Frameworks And Their Electrochemical Lithium Ion Storage Performance
71.
Design And Lithium Storage Property Of Photovoltaic Waste Silicon-based Battery Anode
72.
Research Of High Specific Capacity And High Tap Density LiFePO
4
And LiMnFePO
4
Battery Materials
73.
Preparation And Properties Of Cobalt-and Manganese-based Oxide Supercapacitor Electrode Materials By Microwave-assisted Hydrothermal Process
74.
Study On Interfacial Modification Of Anode Materials With High Specific Capacity In Lithium Batteries
75.
Development Of High Specific Capacity Electrode And Electrochemical Performance Based On Adsorption And Adhesion Effect
76.
Research On Lithium-ion Battery Based On High Specific Capacity Alloy Anode And Related Scientific Problems
77.
Synthesis And Electrochemical Properties Of Na
1.2
Fe
4
（PO
4
）
3
//Na
3
V
2
（PO
4
）
3
/C Electrode Material For Lithium/Sodium Hybrid Ion Battery
78.
Theoretical Study Of Beryllium-based Two-dimensional Materials As The Anode Of Magnesium-ion Batteries
79.
The Research Of Energy Storage Performance Of Alkaline Zinc Batteries Based On NiCo
2
O
4
Cathode
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