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Keyword [hydrothermal stability]
Result: 61 - 80 | Page: 4 of 7
61. Study On The Synthesis EU-1 And Its Intergrowth Zeolite
62. The Influence Of Acid/Rare Earth Elements （Ce,La）-modification On The Hydrothermal Stability Of Cu-SAPO-34 For NH3-SCR
63. The Study Of High Hydrothermal Stability Of Catalytic Materials Preparation And Catalytic Activity Evaluation
64. Study On Aqueous-phase Reforming Of Low-boiling Fraction Of Bio-oil For Hydrogen Production
65. The Study Of NH3-SCR Peformance,Hydrothermal Stability And Washcoating Technology Over Cu/SAPO-34 Catalyst By One-pot Method
66. Study On The Catalytic Hydrothermal Liquefaction Of Low-lipid Microalgae And Process In Situ Analysis
67. Construction Of Highly Stable Metal-organic Frameworks And Application Study In Catalysis And Sensing
68. Mother Liquor Recycling Synthesis Research Of Mesoporous Zeolites With High Performance
69. Modulation Of Particle Size Of Mesoporous Aluminosilicates With High Hydrothermal Stability
70. Preparation And Performance Of Three Way Catalysts With Low Pd And Rh Contents
71. The Preparation And Hydrothermal Stability Of Zeolite NaA Membrane From Gel Synthesis System For Pervaporative Dehydration Of Organics
72. Preparation Of High Hydrothermal Stability Mesoporous/Microporous-Composite Molecular Sieves
73. Synthesis, Characterization And Catalytic Performance Of Mesoporous MCM-41 Molecular Sieves With Highly Hydrothermal Stability
74. Effect Of Titanium Exchange On Cu-SSZ-13 Zeolite For Catalytic Removal Of NO_x In Vehicle Exhaust
75. The NH3-SCR Performance And Hydrothermal Stability Of One-pot Synthesized Cu-SAPO-34 Catalysts With Different Copper Contents
76. The Synthesis And Catalytic Performance Of New Core-shell Structured ZSM-5@MCM-41
77. Synthesis Of Mcroporous And Mesoporous Composite Molecular Sieve And Its Application On Hydroisomerization
78. Synthesis Of Mesoporous Aluminosilicates By Composite Templates And Mother Liquor Recycling Method
79. Preparation Of Super Acidic Zeolite And Its Application In Catalytic Viscosity Reduction Of Heavy Oil
80. The Mechanism Study Of Cu-Mn Bimetal Doped Zeolites Catalysts To Remove NO_x From Diesel Engine Exhaust
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