bipyridinium - Globe Thesis

Keyword [bipyridinium] Result: 1 - 19 \| Page: 1 of 1
1.	Systhesis Of Pyrrolyl Substituted 4,4'-Bipyridinium Derivatives And Used As Electrochromic Material
2.	Synthesis And Ionic Self-assembly Behavior Of 4,4'-Bipyridinium Salts
3.	Photochromism And Luminescence Of Bipyridinium-based Coordination Polymers
4.	Synthesis And Properties Of Bipyridinium Functionalized Zr-metal-organic Frameworks
5.	Stimuli-response Studies Of MOFs Based On Extend Bipyridinium And Tripyridinium
6.	Making Metal-organic Frameworks Electron-deficient For Electrochemical Detection Of Dopamine
7.	Bipyridinium Derivatives As Synthons For The Self-assembly Of Functional Metal-organic Frameworks
8.	Construction And Study On Stimuli-responsive Behaviors Of Bipyridinium Carboxylic Coordination Complexes
9.	Synthesis And Characterization Of Bipyridinium-based Thermochromic Materials And Exploration On Their Structure-property Relationship
10.	Design and construction of chemically controlled molecular muscles
11.	Synthesis and electrochemistry of films incorporating bipyridinium and tetrathiafulvalene building blocks
12.	Electrochemistry of crown ether fullerenes, intermolecular signal communication, and electron transport at electrodes modified with 4,4'-bipyridinium dications
13.	Synthesis,Structure And Properties Of Bipyridinium Derivatives Based Porous Coordination Polymers
14.	Antitumor Activity Of Bipyridinium Ion And It's Mediated Fenton System
15.	Investigation Of Self-Assembly Behavior Of Bipyridinium Functionalized Gemini Supramolecular Amphipiles Based On Hydrazone Bonds And Charge Transfer Interactions In Aqueous Solution
16.	Construction Regulation And Photoelectric Study Of Bipyridinium-based Functional Materials
17.	Adsorption And Stimuli-Responsive Behaviors Of Bipyridinium-Based Coordination Polymers
18.	Bipyridinium-Based Polyacylhydrazones And Their Donor-Acceptor Charge-Transfer Interactions With Indole Derivatives
19.	The Role Of Aromatic Conjugation On The Charge-Transfer Interactions And Hydrogel Forming Abilities Of Bipyridinium-Based Polyhydrazones
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