Assuming p = 6€ kV/m, what is the z-component of the electric displacementD2 in silicon (in units of € kV/m)?Answer:Assuming p = 6€0 kV/m, what is the x-component of the electric displacementD₂ in silicon (in units of €0 kV/m)?Answer: The figure shows the interface between two linear dielectrics, silicon and silicondioxide with relative permittivities 12 and 4 respectively. The interfaces of the twomaterials are perpendicular to the 2 as shown in the figure, and can contain aninterface charge density, p. An electric field in silicon dioxide (region 1) is given as: 4î + 6k kV/m. D₁ and D₂ are the corresponding electric displacementsin regions 1 and 2 respectively. The questions on this page are all based on thisE₁=system.РE2, D2,E₁, D₁Region 2: SiEr2 = 12Er1 = 4Region 1: SiO₂N12,X

The given figure shows the interference between two linear dielectrics , silicon and and silicon…

Answered: Assuming p = 60 kv/m, what is the…

Similar questions

Please ans me
What is the d-spacing of an XRD of a BCC crystal corresponding to a peak at 50ᵒ when studied using 1.5406 Aᵒ wavelength X-ray?. If a = 14.5316 Aᵒ for the crystal, what are the Miller indices corresponding to this peak?
Calculate the electron-hole den sity under steady-state exposur e in n-type silicon with GL = 10 ^ 16cm ^ -3s ^ -1 and Nd = 10 ^ 15cm ^ -3 and Tn = Tp = 10us. %3D %3D
Solve the following differential equations. You may have to leave your answer implicit. 1) y'=(y-4x)/(x-y) is it isobaric? 2) x(1+y2)y'+x2y3=0 hint: try the integrating factor λ(x)= 1/xy3
6. A reciprocal-lattice vector has a dimension equal to the reciprocal of length, for example, cm-'. Is it meaningful to compare the magnitudes of a direct-lattice vector R with a reciprocal-lattice vector G? Is it meaningful to compare their directions? If the latter answer is yes, find the angle between R and G in terms of their components in a cubic crystal. What is the angle between R = [111] and G = [110]?
p9C.1 Familiarity with the magnitudes of overlap integrals is useful when con- sidering bonding abilities of atoms, and hydrogenic orbitals give an indication of their values. (a) The overlap integral between two hydrogenic 2s orbitals is 1 ( ZR ZR +. 2а, " 12 а, 1 + ZR 240 a, -ZR/Z0 S(2s, 2s)={1+ Plot this expression. (b) For what internuclear distance is S(2s,2s) = 0.50? (c) The side-by-side overlap of two 2p orbitals of atoms of atomic number Z is ZR 1 ( ZR ZR S(2p,2p) ={1+ 10 a, 2a, 120 a. Plot this expression. (d) Evaluate S(2s,2p) at the internuclear distance you calculated in part (b).
However, the molecule we can encounter everyday continuously vibrates and interact with the surrounding causing its bond vector to vary slightly. According to a new spectroscopy analysis, the adjacent bond vectors was found to be A = 0.82i + 0.99j + 0.84k B = 1.09i + -1.01j + -0.97k What is the angle (in degrees) between the bonds based on this new data?
We have a piece of Si (shown below) with dimensions 50 um x 200 um x 0.25 um. The Silicon is doped uniformly with ND = 1014 cm3. What is the resistance of the slab when measured along the length (200 um)? %3| If a light with photonic energy greater than the bandgap of Si were to be shone from the top surface such that it produces uniform hole-electron pairs Ap =An = 5E12 cm-3 throughout the slab, what would be the ratio of the illuminated conductivity vs the dark conductivity? What is the ratio of conductivity due to holes vs the conductivity due to electrons under illumination? How about in the dark? 200 Nm
Quartz is a uniaxial birefringent material with refractive indices no=1.5534 and ne=1.5443. It is desired to make a quarter-wave plate of quartz for use with a Sodium laser of wavelength λ0=589 nm. Calculate the minimum thickness of the plate.Give your answer in micrometers to 1 d.p.
6.3-1 Maximum Retardation in Quartz. Quartz is a positive uniaxial crystal with ne = 1.553 and no = 1.544. (a) Determine the retardation per mm at λ = 633 nm when the crystal is oriented such that retardation is maximized. (b) At what thickness(es) does the crystal act as a quarter-wave retarder?

Assuming p = 60 kv/m, what is the z-component of the electric displacement D₂ in silicon (in units of 0 kV/m)? Answer: Assuming p = 60 kv/m, what is the x-component of the electric displacement D2 in silicon (in units of €0 kV/m)? Answer: