The phrase "correction liquid" is grammatically correct and can be used in written English.
It refers to a type of liquid used for correcting mistakes in written text, commonly known as "white-out" or "liquid paper." Example: "I made a mistake on my essay, so I used some correction liquid to fix it before submitting it to my professor."
They used SRK with volume shift factor as a correction of liquid phase density.
Series resistance was not compensated in voltage-clamp recordings and whole-cell experiments were discarded if the series resistance exceeded 30 MΩ. Isolated cells were voltage clamped at −73 mV after correction for liquid junction potential (calculated to be −13 mV for the standard internal solution).
Resting membrane potential (−8 mV correction for liquid junction potential) was determined by periodically monitoring the voltage at which no current was measured (i.e. briefly removing voltage-clamp control of the neuron by switching to I = 0) during the recording.
The membrane potential of the postsynaptic spiny cell was set to a holding potential of −55 mV in order to increase the driving force for Cl− thus facilitating the detection of inhibitory connections; corrections for liquid junction potential were not made.
No correction of the liquid junction potential was performed.
Membrane potential (after correction for the liquid junction potential of −9 mV) was adjusted to −65 mV through tonic current injection.
This is because we used an off-line correction for the liquid junction potential as stated in the Material and methods section in contrast to the previous work where motoneurons were recorded with similar solutions that should have called for a similar off-line correction.
Raw polychromatic projection is first corrected (using the Full-liquid correction) by a default model (water).
Rather than correlating the volume-correction to saturated liquid densities, as is done in most prior volume translation methods, the volume-translation term in the HTHP VT-SRK VT-SRK and HTHP VT-PR VT-PRorrelated to pure component, sisgle-phase density literature data at pressures between 7 and 276 MPa and temperatures between 278 and 533 K.
The correction from gas to liquid permeability is normally carried out as a Klinkenberg correction of laboratory measurements (Klinkenberg 1941).
