… restricted electron mobility by air ambient. Here, we demonstrate the strongly modulated
mobility of few-layer black phosphorus in contact with oxygen. Pure oxygen exposure can …

… surface roughness has been observed on few-layer black phosphorus (FLBP) sheets during
… The two-terminal drain current modulation against back-gate voltage (V g ) was measured. …

… role of oxygen in modulating ambipolar characteristics of black phosphorus, thereby … Such
oxygen induced modulation on electron transport of BP is reversible and the electron transport …

… restricted electron mobility by air ambient. Here, we demonstrate the strongly modulated
mobility of few-layer black phosphorus in contact with oxygen. Pure oxygen exposure can …

… In summary, the complete picture of few-layer black phosphorus oxidation can be
presented as follows. First, surface-oxidized few-layer black phosphorus with low oxygen …

… have differing suitability for stripping few-layer product, requiring specific methods to be …
source growth is a novel approach to synthesizing few-layer sheets. This technique employs a …

… 2D material [4], it is not stable in free-standing form (it has to be epitaxially grown on specific
substrates) and is rapidly destroyed in the presence of low concentrations of oxygen [5]. …

… -induced degradation mechanism are widely reported49. The photo-degradation process can
be divided into three steps (Figure 5a): (I) O2 induces … the degradation of few-layer BP, but …

… few-layer black phosphorus, with thickness ranging from 2 to 15 layers and photon energy
spanning from 0.25 to 1.36 eV. Each few-layer black phosphorus … few-layer black phosphorus. …

… study on the field-induced n dope of few-layer BP with the Si x … ratio, black phosphorus reacts
with water vapor and oxygen … mobility of the BP FET before and after the modulation of Si x …