Font Size: a A A
Keyword [Temperature sensing]
Result: 1 - 20 | Page: 1 of 10
1. The Fire Detector Of The Line Type Of Temperature Sensing Cable Development
2. Study On The Iuminescent Properties Of Rare-earth Ions Doped NaYF4 Nanoparticles And Glass-ceramics
3. The Up-conversion Luminescence And Its Temperature Characteristic Of Rare Earth Doped CaWO4Phosphor
4. Fabrication And Sensitivity Study Of The Carbon Nanotubes Film Sensor
5. Research On Localization Method Of Fire Source In Mine Goaf
6. Research On Embedded Temperature Sensing Fabric
7. Spectroscopic Properties Of Rare Earth Doped Molybdate Phosphors Derived From Solid-state Reaction
8. Design And Emulation Of The Domestic Bathroom Temperature-sensing Valves With Shape Memory Alloy Drives
9. Synthesis And Fluorescent Temperature Sensing Of Europium And Terbium Containing MOFs
10. Design And Synthesis Of Mixed Lanthanide Metal-Organic Framework Materials With Color Tunable And Temperature Sensing Properities
11. Design And Synthesis Of Near Infrared Luminescent Dual Lanthanide-Organic Frameworks And Temperature Sensing
12. Based On The Temperature Sensing And Landsat-TM Images Of Urban Thermal Environment In Dalian
13. Fluorescent Temperature Sensing Techniques Based On The 5d-4f Broadband Emission Of Rare-earth Ions
14. Design, Temperature Sensing And Scintillating Properties Of Novel Fluoride Glass Ceramics
15. Temperature Controlled Luminescence Behavior Of Rare-earth Doped Photoluminescence Materials
16. Nanothermometers Based On Mixed Shell Carbon Nanodots
17. The Design, Preparation And Biological Application Of The Optical Functional Polymeric Nanoparticles
18. Reaserch In Fluorescence And Temperature Characteristics Of Rare Earth Ions Doped Nano Materials
19. Synthesis Of Silver Nanoslusters And Gold Nanoclusters Stabilized With Reducing Templates And Their Applications In Pharmaceutical Analysis
20. Research On The IOFDR-based Fiber-optic Distributed Temperature Sensing And The Hybrid Technique For Multiple Sensors
  <<First  <Prev  Next>  Last>>  Jump to