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Keyword [recognition performance]
Result: 1 - 20 | Page: 1 of 3
1.
Prepared Of Ursolic Acid Molecular Imprinting Polymer Membranes And Study Of Recognization
2.
Synthesis And Recognition Performance Of Coordination Polymers Based On4,4’-methylenebis(3-hydroxy-2-naphthalenecarboxylic)Acid
3.
Electrochemical Properties Of Nitrogen-containing Heterocyclic Compounds And Ion Recognition Performance
4.
Molecularly Imprinted Polymer Microspheres And Recognition Performance
5.
Rhodamine, The Synthesis Of Coumarin Derivatives And Fluorescent Recognition Performance Study
6.
Recognition Performance Of Novel Au Functional Nanomaterials As Probe
7.
Preparation Of Surface Imprinted Material And Its Recognition Performance For AuCl
4
-
8.
Study On The Recognition Performance Of Ferrocenyl-Based Azines Thioethers And Suophone As Chemosensors Toward Cu
2+
And Hg
2+
Ions
9.
Design, Synthesis And Ion Recognition Performance Of Novel Aniline And BAPTA Receptor Fluorescent Probes
10.
Preparation And Recognition Performance Of The Magnetic Cadmium Ion Imprinted Polymer
11.
Design, Synthesis And Recognition Performance Of Probes For Metal Ions Based On Coumarin
12.
Construction And Multi-signal Recognition Performance Of Calix[4]Arenes Assembled Interface
13.
Design,synthesis And Recognition Performance Of Probes For Metal Cations Based On Coumarin
14.
Study On The Recognition Performance Of The Fourteen-membered Melon Ring On Small Biomolecules
15.
Synthesis Of Hydrazide Schiff Base And Its Ion Recognition Performance
16.
Study On The Synthesis And Recognition Performance Of Ferrocenyl-based Carbazole Derivatives As Chemosensors Toward Cu
2+
、Hg
2+
,pH Value And H
2
S
17.
Synthesis And Recognition Performance Of Benzothiazole-based Long-wavelength Emission Fluroescent Probes
18.
Coumarin-derived Probes Based On PET Mechanism:Molecular Design,Synthesis And Recognition Performance
19.
Design,Synthesis And Recognition Performance Of Probes For Fe(Ⅲ) Ion Based On Coumarin-Quinoline
20.
The Synthesis Of Oxazole/imidazole-phenazine And Its Research On Ion Recognition Performance
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