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Keyword [Daya bay]
Result: 1 - 20 | Page: 1 of 4
1. Studies On Radioecology And Sediment Biogeochemistry Of Daya Bay
2. Research On Radioecology At Daya Bay-A Study On The Transfer Of Radionuclide In The Marine Ecosystem And Entrainment Effect Of Marine Organism
3. Design Of Front-End Card And VME ReadOut Module For RPC Detector Of Daya Bay Neutrino Experiment
4. Precise Measurement Of Solar Neutrino Oscillation Parameters And Analysis Of Sub-leading Effects
5. Research And Study Of Front End Electronics For Daya Bay Neutrino Experiment
6. Studies On The Ecology And Dynamics Of Dinoflagellate Cysts From Daya Bay
7. The Bioavailability Of Nitrogen And Phosphorus In Surface Sediment In Daya Bay
8. Daya Bay Seabed Pipeline Feasibility Study
9. Numerical Simulation Of The Flow Field And Material Field Using A Three Dimensional Model: Application To The Sea Nearby Daya Bay Nuclear Power Station
10. The Pseudospectral Mathod Calculation Of Tide Field And Particle Random Walk Simulation Of Materials In Daya Bay
11. Studies On Growth Characteristic And Phylogenetic Region Of Chattonella Marina Isolated From Daya Bay, The South China Sea
12. The Development Of ReadOut Module For RPC Electronics Prototype Of Daya Bay Reactor Neutrino Experiment
13. Design Of VME Clock Distribution Module And USB Optical Readout Module For RPC Readout Electronics In Daya Bay Neutrino Experiment
14. Comparative Studies On Phytoplankton Community Structure Between Surface Microlayer And Subsurface Water In Daya Bay
15. Studies On Effects Of Nitrogen And Phosphorus On Phytoplankton From The Surface Microlayer(SML)
16. The Distribution And Grazing Pattern Of Crustacean Mesozooplankton In Daya Bay
17. Research On Neutrino Spectra From Spent Nuclear Fuel At Daya Bay
18. Study On Energy Non-linearity Response Model Of Daya Bay Reactor Neutrino Experiment And Fit Of Sin213
19. Development Of VME-based RPC Electronics For Daya Bay Reactor Neutrino Experiment
20. Development Of The Daya Bay Neutrino Offline Software And Studies On The Neutron Background
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