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| SEM IV UV-Vis spectroscopy |
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| SEM IV SEC2T Pesticides |
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| SEM II C4T Nucleophilic substitution reaction |
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| DSE3 SEM VI Batteries |
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| DSE3 SEMVI Fuel cell |
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| DSE3 SEMVI Solar cell |
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| SEM VI C13T |
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| SEM VI C13T |
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| SEM II C4T Free radical reactions |
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| SEM II C4T Free radical reactions |
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| SEM II C4T Tautomerism |
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| SEM IV UV spectroscopy Woodward Fieser rule |
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| SEM VI DSE 3T Surface coating paints |
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| SEM VI DSE 3T Metallic coating |
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| SEM VI DSE 3T eco friendly paints |
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| SEM VI DSE 3T fire retardant paints |
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| SEM II C3T Atomic Structure Wave mechanics 1 |
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| DSE3 SEM VI Nanomaterials |
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| SEM II C4T SNi reaction |
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| SEM II C4T NGP reaction |
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| C13T SEM VI Essential elements and their biological role |
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| SEM IV C10T FTIR spectroscopy |
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| SEM IV C10T FTIR spectroscopy |
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| SEM IV C10T FTIR spectroscopy |
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| SEM IV C9T |
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| SEM IV C9T |
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| SEM VI C13T |
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| SEM IV C9T |
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| SEM VI C13T |
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| SEM IV C9T |
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| SEM IV C9T |
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| SEM IV C9T |
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| SEM IV C9T |
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| SEM VI DSE 3T Manufacture of steel |
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| SEM VI DSE 3T surface treatment of steel |
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| SEM IV C10T NMR spectroscopy |
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| SEM IV C10T NMR spectroscopy |
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| SEM VI C13T |
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| SEM VI C13T |
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| SEM VI C13T |
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| Sem IV Paper C10T |
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| SEM VI DSE 3T Explosive chemicals |
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| SEM VI DSE 3T Explosive chemicals |
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| SEM II C4T Elimination reaction |
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| SEM II C4T Elimination reactions |
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