Sentence examples for explosion performance from inspiring English sources

The electric explosion performance and the reaction dynamic processes were recorded by high-speed camera with 20,000 frames per second.

The electrical explosion characteristics employing a capacitor discharge firing set at the optimized charging voltage of 40 V show that the flame duration time is about 700 μs, and an excellent explosion performance is obtained for (Al/NiO n/Cr igniters with a bilayer thickness of 1000 nm.

The electrical explosion characteristics employing a capacitor discharge firing set at the optimized charging voltage of 45 V reveal an excellent explosion performance by (B/Ti) n /TaN integration film bridge with small ignition delay time, high explosion temperature, much more bright flash of light, and much large quantities of the ejected product particles than TaN film bridge.

These results indicate that the electric explosion performances of micro-initiator could be improved evidently with combination of nano-energetic materials.

The effects of the presence of Al/Ni nano-multilayers on the electric explosion performances were systematically investigated.

It is believe that high explosion temperature is beneficial for the expansion of Cu plasma and the consequent improvement of electric explosion performances [14].

In this work, Al/Ni nano-multilayers were integrated with Cu film bridge as nano-energetic material and the electric explosion performances of energetic micro-initiator were investigated.

Overall, the electric explosion performances of Cu film bridge can be improved evidently with the integration of Al/Ni nano-multilayers.

These results indicate that the intermetallic reaction in Al/Ni nano-multilayers is triggered during the electric explosion process, and the electric explosion performances of Cu film bridge can be improved substantially.

Specifically, the generated energy of Al/Ni nano-multilayers can be easily tuned by altering the number of layers, which provide a simple method to tailor the electric explosion performances of energetic micro-initiator.

In general, the integration of Al/Ni nano-multilayers with Cu film bridge can improve the electric explosion performances evidently, and the small size of energetic micro-initiator is also beneficial to realize reliable and compact ignition.