Your English writing platform
Discover LudwigExact(9)
Second, the remaining filament is dissolved at −0.5 V.
However, the HRS decreases with increasing CCs, which is due to the remaining filament.
Due to this remaining filament, the next set operation will be also easier.
The higher leakage current after RESET is related to the remaining filament at the GeO x /W interface.
This suggests that the leakage current through the dissolved region is increased because of larger diameter of the remaining filament.
A current change at HRS is observed at a high CC of 500 μA owing to the remaining filament even with a higher RESET current of >1 mA.
Similar(50)
The fluorescence intensity proximal to the breakage site is approximately twice as high compared to the rest of the actin filament, suggesting that the fragment is dragged along the remaining actin filament by the myofilaments leading to its compaction.
After measuring 50 RRAM devices randomly, the 8-μm 8-μmces exhibit superior resistive switching characteristics than those of the 0.4-μm devices owing to highexhibitmbination rate of oxygen with remaining conducting filament in the GdOx film asuperiors laresistiverface area, even with a thinner GdOx film of 9 nm.
Large size of the 8-μm 8-μmces show better resistive switching characteristics as comparedevicesoshowmall size of the 0.4-μm devices at a CC of 300 μA under low operating voltage of ±4 V, which is due to higher oxygen recombetteron resistivexygen with remaining conducting filament in the GdOx film aswitching larger TE/GdOx interfacharacteristics
DOI: http://dx.doi.org/10.7554/eLife.00116.006 Furthermore, an increase in fluorescence intensity along the remaining actin filament is often observed after a fragmentation event.
A funnelling mechanism of actin assembly in the lamellipodium, whereby G-actin is limiting and capping protein blocks a subpopulation of barbed filament ends so that the remaining uncapped filaments can grow faster [8] is difficult to reconcile with such a high monomer concentration.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com