An essential characteristic of light that applies to all parts of the electromagnetic spectrum is optical polarization. This can be utilized in spectroscopy to observe whole distinct kinds of light-matter interactions in relevant molecules. Different kinds of photoinduced processes can also be started in a sample by altering the incident light's polarization.
Polarization control may also be required in many optical applications. This is due to the fact that selecting a specific polarization might be a useful strategy to avoid unwelcome back reflection from optical components. Additionally, Different polarization states can be used for telecommunications and for transmitting information through optical fibers.
Alfa Chemistry offers optical parts for polarization control and modification. Polarization optical elements are used to change the polarization state of incident light.
- For applications in the UV, visible, and IR wavelength ranges, we provide a broad selection of quartz and magnesium fluoride glass half and quarter wave plates. These include crystalline quartz and magnesium fluoride achromatic waveplates for broadband applications, zero-level compensated, air-spaced crystalline quartz waveplates, and zero-level monolithic designs for mid-infrared waveplates.
- We provide a variety of polarization optics, such as waveplates that delay one polarization component in relation to its orthogonal component, polarization beam splitter cubes for separating the s and p components of the transmitted beam, and polarizers for polarizing or separating unpolarized light.
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