… In summary, this study introduces a proper backbone for OICs in Mid-IR range. Also, a
realizable structure and restrictions for Mid-IR applications using PbTe material system are …

… in the mid-IR, examine the physics behind this process, and discuss its applications in …
The mid-IR beam at the output of the gas cell is collimated by a spherical mirror with a focal …

… sources, which is set to have a major impact on applications spanning from DUV to mid-IR. …
power was measured out of the fiber after the collimation lens. By taking into account the loss …

… threefold increase in mid-IR bandwidth (at −10 dB intensity). The table-top mid-IR source
presented … c Typical collimated mid-IR beam profiles at a 400 kHz pulse repetition rate/157 mW …

… available, potential applications for atmospheric propagation … We found that mid-IR filaments
in air are able to propagate … otherwise we have used collimated Gaussian pulsed beams as …

… The output end of the HCF is placed at the focal point of the first lens, collimating the mid-IR
laser beam. The second lens is employed to focus the collimated beam. Then, a CCD …

… region where they outperform conventional thermal sources regarding brightness and
collimation. This enables the application of MIR spectroscopy in areas where thermal emitters face …

We study crystalline fluoride microresonators for mid-infrared (mid-IR) applications. Whispering
gallery mode resonators were fabricated with BaF_2, CaF_2, and MgF_2 crystals. The …

… been a few noteworthy applications in mid-IR imaging based on the principle of bond selective
detection with mid-IR wavelengths. Investigational studies have utilised the mid-IR photo-…

… single-mode mid-IR laser that uses a high-Q silicon-chip microresonator for self-injection …
analyzer after an aspheric lens for beam collimation. The optical spectrum spectral resolution …