Scholars@Duke publication: In-situ fabrication of a porous nano-catalyst methanol steam reformer for H2 production

In-situ fabrication of a porous nano-catalyst methanol steam reformer for H2 production

Publication , Journal Article

Peng, W; Dumanyan, I; Lim, E; Hotz, N

2015

Duke Scholars

Author Nico Hotz Thomas Lord Department of Mechanical Engineering and Materia ...

Publication Date

2015

Citation

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Peng, W., Dumanyan, I., Lim, E., & Hotz, N. (2015). In-situ fabrication of a porous nano-catalyst methanol steam reformer for H2 production (Submitted).

Peng, W., I. Dumanyan, E. Lim, and N. Hotz. “In-situ fabrication of a porous nano-catalyst methanol steam reformer for H2 production (Submitted),” 2015.

Peng W, Dumanyan I, Lim E, Hotz N. In-situ fabrication of a porous nano-catalyst methanol steam reformer for H2 production (Submitted). 2015;

Peng, W., et al. In-situ fabrication of a porous nano-catalyst methanol steam reformer for H2 production (Submitted). 2015.

Peng W, Dumanyan I, Lim E, Hotz N. In-situ fabrication of a porous nano-catalyst methanol steam reformer for H2 production (Submitted). 2015;

Publication Date

2015