A kind of full deuterated ammonium dinitramide and preparation method thereof
A technology for substituting ammonium dinitramide and deuterated nitric acid, which is applied in the field of synthesis of deuterated energetic materials, and can solve problems such as increasing the difficulty of preparation, shortening the reaction time, and inactivating catalyst poisons
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Embodiment 1
[0018] Place a three-port pressure-resistant device with a volume of 250mL and 39.9g of phosphoric anhydride in a high-precision low-temperature circulating bath at -40°C, and drop 62.7g of phosphoric anhydride at a rate of 5mL / min through a constant pressure dropping funnel. 95% deuterated nitric acid, start stirring at a rate of 150rpm after the dropwise addition, and slowly add 13.3g of deuterated sodium sulfamate to the above solution in batches after the phosphoric anhydride is completely dissolved, and keep the temperature of the mixed solution not higher than -30°C; After the sodium deuterated sulfamate is completely dissolved, seal the reaction device, raise the temperature of the solution to -10°C, keep stirring for 0.5 hours to obtain solution B;
[0019] Place a three-port pressure-resistant device with a volume of 500mL and 12.3g of deuterated N-hydroxyacetamidine in a high-precision medium-temperature circulating bath at 15°C, slowly add 125.8g of deionized water t...
Embodiment 2
[0024] Place a three-port pressure-resistant device with a volume of 500mL and 101.4g of phosphoric anhydride in a high-precision low-temperature circulating bath at -40°C, and drop 147.4g of phosphoric anhydride at a rate of 7mL / min through a constant pressure dropping funnel. 95% deuterated nitric acid, start stirring at a rate of 150rpm after the dropwise addition, and slowly add 26.3g of deuterated lithium sulfamate to the above solution in batches after the phosphoric anhydride is completely dissolved, and keep the temperature of the mixed solution not higher than -30°C; After the lithium deuterated sulfamate is completely dissolved, seal the reaction device, raise the temperature of the solution to -12°C, and keep stirring for 40 minutes to obtain solution B;
[0025]Place a three-port pressure-resistant device with a volume of 1L and 34.0g of deuterated N-hydroxyacetamidine in a high-precision medium-temperature circulating bath at 15°C, slowly add 381.2g of deionized wa...
Embodiment 3
[0030] Place a three-port pressure-resistant device with a volume of 500mL and 139.6g of phosphoric anhydride in a high-precision low-temperature circulating bath at -38°C, and drop 308.4g of phosphoric anhydride at a rate of 10mL / min through a constant pressure dropping funnel. 96% deuterated nitric acid, start stirring at a rate of 200rpm after the dropwise addition, and slowly add 44.8g of deuterated sodium sulfamate to the above solution in batches after the phosphoric anhydride is completely dissolved, keeping the temperature of the mixed solution not higher than -30°C; After the sodium deuterated sulfamate is completely dissolved, seal the reaction device, raise the temperature of the solution to -15°C, and keep stirring for 45 minutes to obtain solution B;
[0031] Place a three-port pressure-resistant device with a volume of 2L and 59.3g of deuterated N-hydroxyacetamidine in a high-precision medium-temperature circulating bath at 10°C, slowly add 734.8g of deionized wat...
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