Experimentally, it is known that the degree of polarization (DOP) of luminescence is a
sensitive function of strain in III–V materials. It has been assumed that DOP=− K_e (e_1 …

Bonding-induced strain is shown to have significant impact on the performance of distributed
feedback (DFB) lasers mounted p-side up on AlN carriers using AuSn solder. Degree of …

Measurements of the degree of polarization (DOP) of photoluminescence from the facets of
bonded III-V semiconductor diode laser chips show shear strain. The effect of shear strain on …

It is a well-known fact that the lasers have wide variety of applications in diverse fields from
medicine to communications [1]. Laser packaging involves appropriate materials selection …

Mechanical strain affects the performance of devices. Strain directly changes the spacing of
elements, such as the pitch of the grating in a DFB or DBR structure. Strain alters the band …