Font Size: a A A
Keyword [glucose sensors]
Result: 1 - 20 | Page: 1 of 3
1. Controllable Fabrication Of One-dimensional Nanostructure Arrays On Ti Substrates For High-performance Nonenzymatic Glucose Sensors
2. Preparation Of Grapheme-based Composite Detecting Heads And Their Application In Glucose Sensors
3. Fabrication Of Nanostructures On Iron Foil And Stainless Steel Foil For High-performance Nonenzymatic Glucose Sensors
4. Novel Transition Metal Oxide Nanostructures: Construction And Their Related Properties
5. Preparation Of Novel Graphene Nano-composites And The Study Of Their Applications In Biological Field
6. Studies On The Application Of Graphene In Electrochemical Glucose Sensors And Supercapacitors
7. The Synthesis Of New Type Carbon Nanocomposites And The Study Of The Glucose Sensors
8. Preparation Of Nanostractured Electrodes For Nou-enzymatic Glucose Sensors
9. Preparation Of Graphene Based Composite Materials And Construction Of The Non Enzymatic Glucose Sensors
10. Study Of Non-enzymatic Glucose Sensors Based On Palladium Nanometer Materials
11. Study On Nickel Based Nanocomposites And Its Applications In Electrochemical Glucose Sensors
12. Preparation Of PtPd Nano-particles And Its Application For Glucose Sensors
13. Non-enzymatic Glucose Sensors Based On Self-supported Cu And CuNi Nanomaterial Electrode
14. Synthesis And Applying Research Of Nano-Oxide And Its Composite Nanostructure
15. Preparation Of Gold And Silver Nanoparticles Using Dopamine As Reducing Agent And Its Application In Glucose Sensors And Solar Cells
16. Preparation Of Copper-based Oxides For Application In Non-enzymatic Glucose Sensors
17. Non-enzyme Glucose Sensing Of Copper-based Nanomaterials Based On HKUST-1
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. Study On The Preparation Of Two-and Zero-Dimensinal Carbon Nanomaterials And Their Application In Non-Enzymatic Glucose Sensors
  <<First  <Prev  Next>  Last>>  Jump to