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Which IR filter is best to image planets?
- https://www.planetary-astronomy-and-imaging.com/en/which-ir-filter-to-image-planets/#:~:text=The%20IR%20filter%20is%2C%20in%20astronomy%2C%20a%20filter,sensitivity%20of%20your%20camera%20comes%20to%20an%20end.
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Astrophotography III - Infrared Conversions, IR …
- https://www.lifepixel.com/photo-tutorials/astrophotography-iii
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What Are the Best Filters for Astrophotography?
- https://expertphotography.com/best-astrophotography-filters/
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Which IR filter is best to image planets?
- https://www.planetary-astronomy-and-imaging.com/en/which-ir-filter-to-image-planets/
- Jupiter is best imaged with a large-range IR filter. The Baader 685 or Astronomik 742 (from 300 mm or 12″) will be perfect to enhance the small atmospheric structures, since these filters eliminate higher levels of tenuous gaz that tend to lower their contrast. A R+IR filter is also an excellent choice, that will simply deliver a slightly ...
Infrared Astrophotography - Cloudy Nights
- https://www.cloudynights.com/topic/423562-infrared-astrophotography/
- Infrared Astrophotography - posted in DSLR, Mirrorless & General-Purpose Digital Camera DSO Imaging: Ive just ordered an iOptron Skytracker for use with my DSLRs. One camera has been modified for B&W IR photography ie using an 830nm sensor filter - this was fitted several years ago before I became interested in astrophotography. Is this camera (i.e the …
Choosing an Infrared Filter – Kolari Vision
- https://kolarivision.com/articles/choosing-a-infrared-filter/
- Filter Choices. We currently have 7 filters to pick from. We offer the 720nm standard infrared, 850nm deep infrared, 665nm extra color infrared, 590nm infrared, a full spectrum filter, a two spectrum filter, a Blue-IR NDVI filter, and an H-alpha Astrophotography filter. The Standard IR Filter (720nm) This is the tried and true classic IR filter.
UV/IR Cut Filter With Dedicated Astrophotography Camera
- https://www.cloudynights.com/topic/805828-uvir-cut-filter-with-dedicated-astrophotography-camera/
- The LPF-2 is the UV/IR cut. The LPF-1 was the one blocking the Ha light. You can also get your DSLR "full spectrum" modified. That means removal of both the LPF-1 and LPF-2 filters, typically replacing the LPF-2 with clear AR glass. The reason you use a UV/IR cut filter on the 294 (or any astro camera without a UV/IR filter built in) is to help ...
Why you should use an IR-cut filter with a color camera
- https://www.planetary-astronomy-and-imaging.com/en/ir-cut-filter-asi224mc/
- The colors obtained with the IR-cut filter are largely coherent with those I have seen at the eyepiece: an orange planet with warm hues. The view without any filter presents a much colder pink tint. ... Which filter works best in planetary astrophotography with ASI462MC camera. This camera does not come with an ir-iv filter, so I will have to ...
Best Filters for Astrophotography - High Point Scientific
- https://www.highpointscientific.com/astronomy-hub/post/best-telescopes-and-accessories/best-filters-for-astrophotography
- AstroHutech NBZ Ultra High Speed 48 mm Filter. The AstroHutech IDAS filter is a 2" dual bandpass narrowband filter similar to the Optolong filters mentioned earlier. It enables the transmission of H-alpha and O-III emission lines, and is compatible with …
A Guide to Imaging Filters - Agena Astro
- https://agenaastro.com/articles/guides/guide-to-imaging-filters.html
- 3. Broadband Light-Pollution Filters for Astrophotography. 4. Line Filters for Astronomical Imaging. 5. Summary. Figure 1-1: A multi-panel image of the Orion and Horsehead Nebulae. The images are a composite of separate images taken with an H-alpha line filter and red (R), green (B), and blue (B) color imaging filters.
Is An IR Filter Necessary? - Imaging - Stargazers Lounge
- https://stargazerslounge.com/topic/89133-is-an-ir-filter-necessary/
- For terrestrial photography an IR blocking filter is necessary to stop the offending pink images; however, for astrophotography an IR PASS filter is essential for planetary and lunar photography. As prevoisuly stated IR waves are less effected by the seeing conditions which ultimately determine image sharpness. I have a post somewhere on this ...
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