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Keyword [Ion Detection]
Result: 121 - 140 | Page: 7 of 10
121.
Preparation And Environmental Applications Of Functional Carbon Dots Materials
122.
Synthesis And Property Study Of Metal-organic Frameworks Materials Based On N-containing Carboxylate Ligands
123.
Research And Application Of High Content Chlorine Ion Automatic Detection Technology In Power Plant Wastewater
124.
Hydrazine-Sensing Performance For Perylene Diimide Derivatives And The Applications Of Reduction Of Radicals Anion
125.
Synthesis Of Zr-based Porphyrin Metal- Organic Frameworks And Used For Fluorescence Probe
126.
Fabrication Of Porous Carbon Materials Derived From Pomelo Peels For The Detection Of Heavy Metal Ions
127.
Research On Optical Heavy Metal Ion Sensor Based On Fluorescence Quenching Effect Of Quantum Dots
128.
The Preparation And Characterization Of Bay-Substituted Perylene Diimide Derivatives
129.
Synthesis And Properties Of Some Novel Iridium(Ⅲ)Complexes
130.
Preparation And Properties Of Gel-Loaded Nanomaterials
131.
Studies On Synthesis And Detection Of Antibiotics Of Metal-organic Frameworks Based On Carboxylate Ligands
132.
Water-soluble Gold Nanocluster Synthesized By Micro-reaction And Its Application As Metal-ion Detector
133.
Synthesis Of Acid-base Responsive Water-soluble Fluorescent Polymer And Detection Of Fe
3+
134.
Synthesis And Fluorescence Sensing Of Novel Divinyl Anthracene Derivatives With Aggregation Induced Emission Properties
135.
Study On The Synthesis,Reduction And Fluoride Ion Detection Properties Of Quinoline And Alkynyl-Substituted Boron-Containing Compounds
136.
The Design And Application Of A High-Precis Ion Detection System For The Concentration Of Urea Solution
137.
Synthesis And Properties Of Thiophene-based Fluorescent Probes
138.
The Synthesis Of Carbon Quantum Dot And Its Application In Optical Detection
139.
Application Of Fluorescent Carbon Nitride Quantum Dots In Ion Detection,bioimaging And Fingerprint Development
140.
Synthesis And Properties Of Metal-organic Framework Based On High Valence State(Cr
3+
And Zr
4+
)
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