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Keyword [triethylamine]
Result: 61 - 80 | Page: 4 of 5
61.
Research On Preparation And Gas Sensing Performance Of Indium Oxide Based Nanomaterials By Electrospinning
62.
Preparation Of High Dispersion Pt/zinc Oxide Nanomaterials And Their Sensing Properties To Triethylamine
63.
Research Of In
2
O
3
-based Nanomaterials For Modification And Gas-sensing Performance
64.
Research On The Gas-sensitive Performances Of Co
3
O
4
And Its Composited Metal Oxides To Volatile Organic Compounds
65.
Research On Food Quality Detection Based On Metal Oxide Nano-biosensor
66.
Synthesis Of Pyrimido [1,2-b] Indazole Derivatives
67.
Research On The Mixed Potential Gas Sensor Based On Ce
0.8
Gd
0.2
O
1.95
Solid Electrolyte For Triethylamine And Methanol Detection
68.
Research Of The Mixed Potential Type Triethylamine Gas Sensor Based On Solid Electrolyte
69.
Ternary Metal Oxide Semiconducter Improve The Gas Sensitivity Of WO
3
To Triethylamine
70.
Preparation Of Quaternary Ammonium Salt Of Epoxy Resin And Its Application In Antibacterial Coatings
71.
Synthesis Of Binary/Ternary Metal Oxide Semiconductor Composites And Its Application To Triethylamine Detection
72.
Structure And Interface Design Of ZnO-based Sensing Material And Its Sensing Performance
73.
High Performance Triethylamine Gas Sensors Based On One-Dimensional Nickel Oxide And Its Composites
74.
Structure Regulatiom And Gas Sensing Performance Of Co
3
O
4
Based Semiconductor Materials
75.
Two-stage Treatment Of Triethylamine Pesticide-containing Wastewater By Stripping Combined With Microbial Degradation
76.
Study On Purification And Resource Recovery Process Of Triethylamine Waste Gas
77.
Research On Preparation Method Of Triethylamine Gas Sensor Based On Micro-arc Oxidation And Experimental Verification
78.
Preparation Of Ion-in-conjugation Materials Derived From Oxo-carbon Acids And Their Applications In Gas Sensing
79.
Research On Gas-sensing Properties Toward Triethylamine Based On Tungsten Oxide Composite Nanowires Loaded With Noble Metals
80.
Preparation By Pyrolyzation Of Metallic Organic Frameworks And Gas-sensing Properties Of MoO
3
-based Composites
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