Method and apparatus for producing nanomaterial
A technology of nanomaterials and carbon nanomaterials, applied in the field of preparing carbonaceous nanomaterials, can solve problems such as difficulty in synthesizing carbonaceous nanomaterials
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Embodiment 0
[0064] Base case for a single carbon source. This example is provided for comparative purposes only.
[0065] Single carbon source (mole fraction): CO (0.978)
[0066] Catalyst precursor (mole fraction): ferrocene (9.65e-6)
[0067] Accelerator (mole fraction): CO2 (0.02214)
[0068] Reactor peak set temperature: 840C
[0069] Sheet resistance at 90% transmittance: 155Ohm / sq.
Embodiment 1
[0071] Carbon source 1 (mole fraction): CO (0.986)
[0072] Carbon source 2 (mole fraction): Toluene (1.03e-6)
[0073] Additional carrier (mole fraction): N2 (2.76e-5)
[0074] Catalyst precursor (mole fraction): ferrocene (3.5e-6)
[0075] Accelerator (mole fraction): CO2 (0.01381)
[0076] Reactor peak set temperature: 840C
[0077] Sheet resistance at 90% transmittance: 132Ohm / sq.
Embodiment 2
[0079] Carbon source 1 (mole fraction): CO (0.984)
[0080] Carbon source 2 (mole fraction): Toluene (5.85e-6)
[0081] Additional carrier (mole fraction): N2 (1.58e-4)
[0082] Catalyst precursor (mole fraction): ferrocene (3.5e-6)
[0083] Accelerator (mole fraction): CO2 (0.01381)
[0084] Reactor peak set temperature: 840C
[0085] Sheet resistance at 90% transmittance: 148Ohm / sq.
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