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Uncertainty quantification and robust predictive system analysis for high temperature kinetics of HCN/O2/Ar mixture

机译：HCN / O2 / Ar混合物高温动力学的不确定性量化和鲁棒预测系统分析

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Sai Hung Cheung; Kenji Miki; Ernesto Prudencio; Chris Simmons;
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1. Uncertainty quantification and robust predictive system analysis for high temperature kinetics of HCN/O-2/Ar mixture [J] . Cheung Sai Hung, Miki Kenji, Prudencio Ernesto, Chemical Physics: A Journal Devoted to Experimental and Theoretical Research Involving Problems of Both a Chemical and Physical Nature . 2016,第Null期

机译：HCN / O-2 / Ar混合物高温动力学的不确定度定量和可靠的预测系统分析
2. Oxidation of beta-SiC at high temperature in Ar/O-2, Ar/CO2, Ar/H2O gas mixtures: Kinetic study of the silica growth in the passive regime [J] . Brisebourg Mathieu Q., Rebillat Francis, Teyssandier Francis Journal of the European Ceramic Society . 2018,第13期

机译：在Ar / O-2，Ar / Co2，Ar / H2O气体混合物中氧化β-SiC在高温下的氧化：无源状态下二氧化硅生长的动力学研究
3. Thermodynamics of the carbon dioxide plus argon (CO2 + Ar) system: An improved reference mixture model and measurements of vapor-liquid, vapor-solid, liquid-solid and vapor-liquid-solid phase equilibrium data at the temperatures 213-299 K and pressures up to 16 MPa [J] . Lovseth Sigurd Weidemann, Austegard Anders, Westman Snorre Foss, Fluid Phase Equilibria . 2018,第期

机译：二氧化碳加（CO2 + Ar）系统的热力学：改进的参考混合物模型和蒸汽 - 固体，液体固体和蒸气 - 液固 - 固相平衡数据213-299 K和压力高达16 MPa
4. ORIGINAL IN-SITU METHOD TO QUANTIFY THE SIC ACTIVE CORROSION RATE AND ACTIVE/PASSIVE TRANSITION IN Ar/O_2 AND Ar/H_2O GAS MIXTURES AT VERY HIGH TEMPERATURES [C] . Mathieu Q. Brisebourg, Bernard Boilait, Francis Rebillat, International conference on advanced ceramics and composites . 2013

机译：在非常高温下量化AR / O_2和AR / H_2O气体混合物中SIC主动腐蚀速率和主动/被动转变的原始原位方法
5. Quantifying the effects of temperature and concentration on variable-density flow in numerical modeling of groundwater systems: Implications for predictive uncertainty and data collection. [D] . Dausman, Alyssa Marie. 2008

机译：在地下水系统数值模拟中量化温度和浓度对变密度流的影响：对预测不确定性和数据收集的影响。
6. THE APPLICATION OF SIGNIFICANT STRUCTURE THEORY TO BINARY LIQUID MIXTURES: AR + N2 AR + O2 AND O2 + N2 [O] . Bryant A. Miner, Henry Eyring 1965

机译：重要结构理论在二元液体混合物：AR + N2AR + O2和O2 + N2中的应用
7. Ignition of CH4:O2:Ar and n-C4H10:O2:Ar(N2) mixtures with initial temperatures between 650-950 K by a surface pulsed discharge [O] . Sergey A. Stepanyan, Mohamed A. Bouhmedi, Guillaume Vanhove, 2014

机译：CH4的点火：O2：Ar和N-C4H10：O2：Ar（N2）混合物，初始温度在650-950 k之间，表面脉冲放电
8. Development of a Framework for Model-Based Analysis, Uncertainty Quantification, and Robust Control Design of Nonlinear Smart Composite Systems. [R] . Smith, R. C. 2015

机译：基于模型的分析，不确定性量化和非线性智能复合系统鲁棒控制设计框架的开发。

Uncertainty quantification and robust predictive system analysis for high temperature kinetics of HCN/O2/Ar mixture

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