青云翻译

On the one hand, the su-8 larger coefficient of thermal light (? 1.8 × 10-4 k-1), which can reduce the device's drive power; the other hand, pmma (1.4798) and the su-8 (1.5742) refractive index difference between the larger, the cladding can be made thinner, which will accelerate the electrode heat

On one hand, due to the large SU-8 Thermo-optic coefficient of the material (1.8x10-4 K-1), which can reduce the driving power of the device on the other, Because of the PMMA (1.4798) (SU-8) refractive index difference between larger, thinner cladding can be made on, this will speed up the rate of h

Because the SU-8 material calorescence coefficient is at the same time big (? 1.8×10-4 K-1), this may reduce the component the actuation power; On the other hand, because PMMA(1.4798) and SU-8(1.5742) refractivity is big, on the envelope may manufacture thinly, this will speed up the quantity of hea

SU -8, as a result of material heat light coefficient larger (? K - 1.8 x 10 -4, 1) This can be reduced by the drive power devices; on the other hand, because SU PMMA (1.4798 ) - 8 (1.5742 ) with the refractive index between rates on larger, cladding can be produced with thinner, and this will speed

On one hand, due to the large SU-8 Thermo-optic coefficient of the material (1.8x10-4 K-1), which can reduce the driving power of the device on the other, Because of the PMMA (1.4798) (SU-8) refractive index difference between larger, thinner cladding can be made on, this will speed up the rate of h