But the muons have a lifetime at rest of 2.2 μs. This means that the number of muons peak at around 10 km and decrease as you go down. A jetliner at 30,000 feet will encounter far more muons ...

With a focus on deep integration of sensory and computing technologies, China Mobile’s 6G baseband prototype system aims to ...

The plasma magnet drive with dynamic soaring is a system that could be plausibly scaled for human crewed missions up to 2-3% ...

and >99.6% preservation fidelity while applying a detection beam for 11 μs on the same neighbor at a distance of 6 μm,” the ...

In contrast, the e-Starter detects short circuits extremely quickly and switches off in less than 4 μs. This makes it ...

You’ll notice the period of both clock signals is 1 ms or 1 kHz. Each stays on for exactly half that time (500 μs) but Vphase1 has a 500 μS delay at the start. This is what keeps them out of ...

This article details how the nanoflowsizer is used for continuous size monitoring of turbid titanium dioxide nanosuspensions.

With flexible input options, dual configurable outputs, and advanced protection features, these modules ensure optimal ...

Gate drivers need exact voltages for the highest efficiency and system reliability. A new range of isolated power modules ...

These prepared L-AuNP@HTT, with a diameter of 3.19 nm, exhibited excellent photoluminescence (PL) properties: high quantum yield (φ, 12.9%), ultra-long luminescence lifetime (~ 1 μs), symmetric ...

Typically, the duration of a LIBS plasma is approximately 10–20 μs. By adding a microwave cavity to the process, the plasma lifetime is extended up to 2–10 ms, and the plasma size is visibly ...

The Q pulse width is optimized at a constant of 4.0 μs. Upon investigation, the scientists found that spikes created in this process do not diminish the performance of OSC modules. The next ...