The phrase "absorb current" is correct and usable in written English.
It can be used in contexts related to electrical engineering or physics, where it refers to the ability of a material or device to take in electrical current.
Example: "The capacitor is designed to absorb current during the charging process, ensuring a stable power supply."
Alternatives: "take in current" or "capture current".
The critical question is not whether the country can absorb current levels of immigration in 2009, but whether it can do so in the long run.
Beck's new records may not be as coherent as his mid-seventies fusion masterpieces, but they're revelatory for their stubborn artistry and the way they absorb current trends without drowning in them.
So it is now taking a second, unusual approach to electricity, harnessing a gigantic battery built by Prudent Energy of Bethesda, Md. The Prudent battery is the same in principle as many others, with a liquid electrolyte that can shuttle ions back and forth to absorb current or create it.
Dylan's lyrics took on new meaning as a confident Kesha looked straight into the camera, words evolving over time to absorb current circumstances and emotions.
Here we report on the results concerning absorbed current, single counting rate, efficiency and time resolution.
When grid network is high voltage, SC absorbs current; when low voltage, SC releases energy to DC link.
It is thus necessary to provide a higher voltage to activate the exponential increase of the absorbed current.
Left-side panel: measured absorbed current during wake-up, keep-alive receive (RX), and transmit (TX) phases (transmission of ACK message is included).
Compared with the experimental curves, the simulated absorbed current is slightly lower, since the simulated surface of the amino groups is much smaller than that of the real one.
The operation parameters of X-ray examination were as follows: Tube voltage: 25 KV; maximum absorbed current: 20 A; exposure time: 65 mA/s; and operating power: 3.5 KW.
Figure 2a shows the experimental phantom geometry, with the red circle representing the size, and position of the optically absorbing current dipole target.
