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10 documents found
R & D report
Processes of obtaining carbon and metal-carbon (systems Ti-А1-С) nanomaterials by methods of discharge-pulse self-propagating high-temperature synthesis
Head: Kuskova Nataliy Ivanivna. Processes of obtaining carbon and metal-carbon (systems Ti-А1-С) nanomaterials by methods of discharge-pulse self-propagating high-temperature synthesis. (popup.stage: ). Institute of Pulse Research and Engineering. № 0219U001975
R & D report
Activities of experimental search for effective modes of flow-through purification of electroplatings wastes using an electric spark method with granular metal input and low-voltage (up to 1000 V) source of discharge current pulses
Head: Petrichenko Sergey Viktorovich. Activities of experimental search for effective modes of flow-through purification of electroplatings wastes using an electric spark method with granular metal input and low-voltage (up to 1000 V) source of discharge current pulses. (popup.stage: ). Institute of Pulse Research and Engineering. № 0219U004033
R & D report
Developing discharge pulse methods of implementing the self-propagating high-temperature synthesis in exothermal systems to obtain carbon and metal-carbon nanomaterials
Head: Kuskova Nataliy Ivanivna. Developing discharge pulse methods of implementing the self-propagating high-temperature synthesis in exothermal systems to obtain carbon and metal-carbon nanomaterials. (popup.stage: ). Institute of Pulse Research and Engineering. № 0218U006481
R & D report
Developing discharge pulse methods of implementing the self-propagating high-temperature synthesis in exothermal systems to obtain carbon and metal-carbon nanomaterials
Head: Kuskova Nataliy Ivanivna. Developing discharge pulse methods of implementing the self-propagating high-temperature synthesis in exothermal systems to obtain carbon and metal-carbon nanomaterials. (popup.stage: ). Institute of Pulse Research and Engineering. № 0217U000747
R & D report
Developing discharge pulse methods of implementing the self-propagating high-temperature synthesis in exothermal systems to obtain carbon and metal-carbon nanomaterials
Head: Kuskova Nataliy Ivanivna. Developing discharge pulse methods of implementing the self-propagating high-temperature synthesis in exothermal systems to obtain carbon and metal-carbon nanomaterials. (popup.stage: ). Institute of Pulse Research and Engineering. № 0216U000872
R & D report
Mathematical modeling of metal wire electrical explosion in water induced by the capacitors' discharge with initial voltage 3 to 10 kV at stored energy 1 to 5 kJ
Head: Kuskova Nataliy Ivanivna. Mathematical modeling of metal wire electrical explosion in water induced by the capacitors' discharge with initial voltage 3 to 10 kV at stored energy 1 to 5 kJ. (popup.stage: ). Institute of Pulse Research and Engineering. № 0215U009063
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Development of new electrodischarge methods of carbon nanomaterials synthesis under the pulse high-energy action
Head: Vovchenko Oleksandr Ivanоvych. Development of new electrodischarge methods of carbon nanomaterials synthesis under the pulse high-energy action. (popup.stage: ). Institute of Pulse Research and Engineering. № 0215U007043
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Development of the methods to obtain carbon nanomaterials and a complex electrical filtering of ecologically dangerous industrial wastes with use of discharge and pulse technologies
Head: Kuskova Nataliy Ivanivna. Development of the methods to obtain carbon nanomaterials and a complex electrical filtering of ecologically dangerous industrial wastes with use of discharge and pulse technologies. (popup.stage: ). Institute of Pulse Research and Engineering. № 0215U007040
R & D report
Development of new electrodischarge methods of carbon nanomaterials synthesis under the pulse high-energy action
Head: Vovchenko Oleksandr Ivanоvych. Development of new electrodischarge methods of carbon nanomaterials synthesis under the pulse high-energy action. (popup.stage: ). Institute of Pulse Research and Engineering. № 0214U007194
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To produce, test, and deliver to the Client the switch breaker with a blast system
Head: Kuskova Nataliy Ivanivna. To produce, test, and deliver to the Client the switch breaker with a blast system. (popup.stage: ). Institute of Pulse Research and Engineering. № 0214U007193
10 documents found

Updated: 2026-11-08


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