. 2020 Sep 15;12(41):46212–46219. doi: 10.1021/acsami.0c13960

Table 3. Calculated Deformation Potential (E₁), Elastic Constant (C), the Effective Mass of the Electron (m_e), the Effective Mass of the Hole (m_h), Electron Mobility (μ_e), and Hole Mobility (μ_h) at 300 K.

materials	carriers	E₁ (eV)	C (N/m)	m*(m₀)	μ (cm² V^–1 s^–1)
WS₂ (monolayer)	electron	14.22	235.46	m_e* = 0.43	μ_e = 90.97
WS₂ (monolayer)	hole	6.96	235.46	m_h* = −0.52	μ_h = 262.36
WSSe (Janus)	electron	13.21	229.31	m_e* = 0.48	μ_e = 81.50
WSSe (Janus)	hole	6.06	229.31	m_h* = – 0.57	μ_h = 276.64
WSTe (Janus)	electron	13.59	222.21	m_e* = 0.45	μ_e = 85.73
WSTe (Janus)	hole	8.99	222.21	m_h* = −0.43	μ_h = 214.79

Table 3. Calculated Deformation Potential (E1), Elastic Constant (C), the Effective Mass of the Electron (me*), the Effective Mass of the Hole (mh*), Electron Mobility (μe), and Hole Mobility (μh) at 300 K.