Mechanism of methanol reformed gas affecting ammonia flame instability under elevated temperature and pressure

Authors: Xinyang Tian, Wenchao Zhu, Mingkun Zhang et al.
Publication: Fuel
Published: Dec 1, 2026
Source: Crossref
Back to Search View Original Cite This Article

Related Articles

Modeling and Transformation of the Evaluation Mechanism of Greek Higher Education Institutes using Balanced Scorecard Technique

Manolis Chalaris, Ioannis Chalaris et al. - Mar 2115

Read More
Balancing Covariates in Survey Experiments

Pengfei Tian, Jiyang Ren et al. - Jan 2029

Read More
Estimation and Model Selection Procedures in Generalized Functional Partially Additive Hybrid Model with Diverging Number of Covariates

Yanxia Liu, Zhihao Wang et al. - Jan 2028

Read More
Structural Testing of High-dimensional Correlation Matrices

Tingting Zou, Guangren Yang et al. - Jan 2028

Read More
Quantum chemical and kinetic study on the low-temperature oxidation reaction mechanism of sulfone-type organic sulfur in coal

Yulong Xu, Lanjun Zhang et al. - Jan 2027

Read More
Journal Ideas PyMinds Charcha More
PORE

About

About Us

Resources

Help Center Research Guides Citescore

Legal

Terms of Service Privacy Policy Cookie Policy Accessibility

Connect

Contact Us
© 2026 PORE. Content available under CC BY-NC 4.0