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Keyword [industrial solid waste]
Result: 61 - 79 | Page: 4 of 4
61. Experimental Study On Preparation Of Solid Waste-Based Ferric-Rich Sulfoaluminate Cementitious Material And Non-Autoclaved Lightweight Concrete
62. Research On The Removal Mechanism Of Pollutants By Biochar Prepared By Industrial Solid Waste Catalysis And Synthesized Zeolite
63. Influences Of Mg,Fe And F Contents In The Preparation Of Glass-ceramics From Industrial Solid Waste
64. Study On Effectiveness And Efficiency Of Regulation On Resources Utilization Of Industrial Solid Waste
65. The Reaction Behavior And Interface Mass Transfer Mechanism Of Typical Industrial Solid Waste In An Acid Or Base Medium
66. Research On The Efficiency Evaluation Of Industrial Solid Waste Reuse System
67. Preparation And Optimization Of Sulfoaluminate Green Energy-saving Insulation Materials Derived From Industrial Solid Wastes
68. Study On Collaboration Treatment Of Low Content Pyrite And Red Mud From Large Amount Of Industrial Solid Waste
69. Research On Tracing Obligation Of Industrial Solid Waste Producers
70. Study On The Engineering Mechanical Behavior Of Slag-Fly Ash-Desulfuration Gypsum Modified Sludge As The Covering Layer
71. Web Information Mining Of Enterprises Industrial Solid Waste And Its Application In Resolution Of Solid Waste Generation Source
72. Study On The Combustion Characteristics Of Oil-based Rock Cuttings And Red Mud Mixed In CFB
73. Study On The Characteristics Of Improved Reaction During Melting Of Muncipal Solid Waste Incineration Fly Ash With Solid Waste
74. Research On An Industrial Solid Waste Metabolism System At Aggregated And Disaggregated Levels
75. Study On Life Cycle Comprehensive Benefit Evaluation Of Industrial Solid Waste Based Cementitious Materials
76. Study On Preparation And Properties Of Artificial Stone Based On Solid Waste
77. Study On The Preparation And Performance Of Solid Waste-Based High-strength Foamed Concrete
78. Research And Application Of Spraying Solid Waste Cementitious Material Concrete Mix Ratio
79. Study On The Performance Of Controllable Low-strength Material (CLSM) Prepared By Excavation Slag Combined With Industrial Solid Waste
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