non-enzymatic glucose sensor - Globe Thesis

Keyword [non-enzymatic glucose sensor] Result: 1 - 20 \| Page: 1 of 3
1.	Preparation Of Gold Nanoparticle Modified Electrode And Its Application In Epinephrine And Glucose Electrochemical Analysis
2.	The Nanomaterials Based On Cu And Their Application In Non-enzymatic Glucose Sensor
3.	Preparation Of Metal Hydroxide/Graphene-Based Composite Materials And Their Properties On Electrochemistry
4.	The Preparation Of Non-Enzymatic Glucose Sensor Based On Nano-hydroxids And Its Application
5.	The Study Of Non-enzymatic Glucose Sensor Based On Nanowires/Nanosheets
6.	Synthesis And Sensing Propertise Of Polyaniline/inorganic Nanoparticles Composite
7.	Study Of Non-enzymatic Glucose Sensors Based On Palladium Nanometer Materials
8.	Novel Carbon Nanomaterial And Its Applications In Non-enzymatic Glucose Sensor
9.	Preparation Of PtPd Nano-particles And Its Application For Glucose Sensors
10.	Non-enzymatic Glucose Sensors Based On Self-supported Cu And CuNi Nanomaterial Electrode
11.	Preparation Of PtCu Nanostrands And Their Application In Non-enzymatic Glucose Sensor
12.	Construction Of Transition Metal Composite Electrode With Hierarchical Nanostructures And Its Application In Detection Of Glucose With High Sensitivity
13.	Fabrication And Performance Of Non-Enzymatic Glucose Sensor Based On Hollow Nanostructured Pt Materials
14.	The Study On Non-enzymatic Glucose Sensor Modified By Nano Copper
15.	The Preparation Of Nanomaterials Based On Copper Foam And The Application In Non-emzymatic Glucose Sensor
16.	Preparation Of Flake-shaped CuO/NiO Materials And Its Electrochemical Sensing Properties
17.	Metal Oxide Design Of Cobalt And Copper With Hierarchical Porous Structure And Its Application In Non-enzymatic Glucose Sensor
18.	Preparation PtNi Nano-particles And Its Application In Glucose Sensors
19.	Free-standing Cu-based Metal-organic Frameworks Derived Materials As Non-enzymatic Glucose Sensors
20.	Noble Metal Nanoparticles/n-doped Three-dimensional Crosslinked Graphene Composites: Preparation And Electrochemical Application
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