Fact Snapshot
- Paper: A Large‐Sized Reduced Graphene Oxide with Low Charge‐Transfer Resistance as a High‐Performance Electrode for a Nonflammable High‐Temperature Stable
- Equipment: / and XH-200A / XH-200C
- Source: CHemsusChem, 2018
- Research direction: graphene
- Core conditions: Temperature 60 °C / 100 °C, Microwave power 999 W / 900 W, and Power 68.6 W
- Key results: Energy density 22 Wh kg^-1, High energy density 68.6 Wh kg^-1, and Energy density 11.0 Wh kg^-1
Research Abstract
A Large‐Sized Reduced Graphene Oxide with Low Charge‐Transfer Resistance as a High‐Performance Electrode for a Nonflammable High‐Temperature Stable was published in CHemsusChem (2018) and is indexed as a Xianghu Q1 application case for / and XH-200A / XH-200C. The structured source links this paper to graphene. Core operating conditions include Temperature 60 °C / 100 °C, Microwave power 999 W / 900 W, and Power 68.6 W. Key reported results include Energy density 22 Wh kg^-1, High energy density 68.6 Wh kg^-1, and Energy density 11.0 Wh kg^-1. The DOI recorded for this paper is 10.1002/cssc.201801968.
Research Background and Problem
Equipment Use and Experimental Conditions
| Item | Parameter |
|---|---|
| Temperature | 60 °C / 100 °C |
| Microwave power | 999 W / 900 W |
| Power | 68.6 W |
| Time | 1.0 min / 10 min / 14 min |
Key Result
| Metric | Result |
|---|---|
| Energy density | 22 Wh kg^-1 |
| High energy density | 68.6 Wh kg^-1 |
| Energy density | 11.0 Wh kg^-1 |
| Specific surface area | 568.2 m2 g-1 |
| Activity | 30% |
| Operating voltage | 3.50 V |
Evidence Details
Equipment-detail evidence: source values include 25 kHz, 40 min.
the homogeneous suspension was transferred into 250 mL three-necked flask, and then moved into the Computerized Microwave Solid-Liquid Phase Synthesizer (XH-200A)... heating each 1.0 min at the adopted microwave heating power followed by resting for 15 s ... at 900 W ... for 10 min
GO was dispersed into 100 mL of DMA, followed by 25 kHz ultrasonic tripping ... on the Intelligent Temperature Control and Dual Frequency Ultrasonic Synthesizer (XH-2008DE).
Stability evidence: source values include 1-10 s, 20 °C, 100 °C. Entities: EMIMTFSI-20, EMIMTFSI-80.
Microwave-method evidence: source values include 999 W, 900 W, 10 min.
Time: 1.0 min / 10 min / 14 min
Microwave-method evidence: source values include 14 min, 2.0 mg. Entities: MRG-900-y, Super-P.
Additional source evidence: source values include 2 g, 3 g. Entities: MRG-900-10.
Additional source evidence: source values include 20 mL, 100 mL.
Additional source evidence: source values include 100 mL, 60 °C.
Activity: 30%
Additional source evidence: source values include 92%.
Power: 68.6 W
Mechanism / Method Highlights
- Method context: Temperature 60 °C / 100 °C, Microwave power 999 W / 900 W, Power 68.6 W, and Time 1.0 min / 10 min / 14 min.
- Equipment-detail evidence: source values include 25 kHz, 40 min
- Source evidence: the homogeneous suspension was transferred into 250 mL three-necked flask, and then moved into the Computerized Microwave Solid-Liquid Phase Synthesizer (XH-200A)... heating each 1.0 min at the adopted microwave heating power followed by resting for 15 s ... at 900 W ... for 10 min
- Equipment evidence: GO was dispersed into 100 mL of DMA, followed by 25 kHz ultrasonic tripping ... on the Intelligent Temperature Control and Dual Frequency Ultrasonic Synthesizer (XH-2008DE)
- Reported outcome: Energy density 22 Wh kg^-1, High energy density 68.6 Wh kg^-1, Energy density 11.0 Wh kg^-1, and Specific surface area 568.2 m2 g-1.
Application Value
- Positions / and XH-200A / XH-200C in a peer-reviewed Q1 research application.
- Highlights quantitative evidence: Energy density 22 Wh kg^-1, High energy density 68.6 Wh kg^-1, and Energy density 11.0 Wh kg^-1.
- Records source affiliations: Beihang University and Key Laboratory of Bio-inspired Smart Interfacial Science and Technology of Ministry of Education.
Related Equipment
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A Large‐Sized Reduced Graphene Oxide with Low Charge‐Transfer Resistance as a High‐Performance Electrode for a Nonflammable High‐Temperature Stable
CHemsusChem, 2018
DOI: 10.1002/cssc.201801968