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PDF) Innovative Technology and Instrument to Explore the Risk of Applying High Gamma Radiation Doses on the Nanostructure Surface of the Bones
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PDF) Innovative Technology and Instrument to Explore the Risk of Applying High Gamma Radiation Doses on the Nanostructure Surface of the Bones
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PDF) Mohamad Zakaria, Yuri Dekhtyar, Vladimir Noskov, Tatjana Bogucharska. “Innovative Technology and Instrument to Explore the Risk of Applying High Gamma Radiation Doses on the Nanostructure Surface of Bones”, Proceedings of the
![PDF) Mohamad Zakaria, Yuri Dekhtyar, Vladimir Noskov, Tatjana Bogucharska. “Innovative Technology and Instrument to Explore the Risk of Applying High Gamma Radiation Doses on the Nanostructure Surface of Bones”, Proceedings of the PDF) Mohamad Zakaria, Yuri Dekhtyar, Vladimir Noskov, Tatjana Bogucharska. “Innovative Technology and Instrument to Explore the Risk of Applying High Gamma Radiation Doses on the Nanostructure Surface of Bones”, Proceedings of the](https://www.researchgate.net/profile/Mohamad-Zakaria-12/publication/258909411/figure/fig19/AS:669470678872087@1536625656862/The-EPR-signal-for-sucrose-as-a-function-of-applied-magnetic-field-Modulation-amplitud_Q320.jpg)
PDF) Mohamad Zakaria, Yuri Dekhtyar, Vladimir Noskov, Tatjana Bogucharska. “Innovative Technology and Instrument to Explore the Risk of Applying High Gamma Radiation Doses on the Nanostructure Surface of Bones”, Proceedings of the
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