Contrast booster
- Mike Q
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Contrast booster
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- messier 111
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Re: Contrast booster
I use it mainly on Jupiter and Mars.
on the
on jupiter the difference is striking,on the
on mars it is also very useful for olympus mont and on darker regions.
REFRACTOR , TS-Optics Doublet SD-APO 125 mm f/7.8 . Lunt 80mm MT Ha Doublet Refractor .
EYEPIECES, Delos , Delite and 26mm Nagler t5 , 2 zoom Svbony 7-21 , Orion Premium Linear BinoViewer .
FILTER , Nebustar 2 tele vue . Apm solar wedge . contrast booster 2 inches .
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Jean-Yves
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Re: Contrast booster
I was wondering what would happen if you stacked it with something like a OIII filter. I am curious as to if anyone jas tried this and what the results were.messier 111 wrote: ↑Thu Aug 03, 2023 11:02 pm I have the baader contrast booster, I've never used it on the moon, maybe I should.
I use it mainly on Jupiter and Mars.
on the dso I do not see how it could be useful, due to the fact of the wavelengths of these objects.
on jupiter the difference is striking,on the grs , the gas bands are of a magnificent color .
on mars it is also very useful for olympus mont and on darker regions.
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- Bigzmey Online
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Re: Contrast booster
Like Jean-Yves I use the contrast booster on planets, Mars and Saturn in particular, where the benefit is quite evident.
Mounts: SW: SkyTee2, AzGTi; iOptron: AZMP; ES: Twilight I; Bresser: EXOS2; UA: MicroStar.
Binos: APM: 100-90 APO; Canon: IS 15x50; Orion: Binoviewer, LG II 15x70, WV 10x50, Nikon: AE 16x50, 10x50, 8x40.
EPs: Pentax: XWs & XFs; TeleVue: Delites, Delos, Panoptic & Plossls; ES: 68, 62; Vixen: SLVs; Baader: BCOs, Aspherics, Mark IV.
Diagonals: Baader: BBHS mirror, Zeiss Spec T2 prism, Clicklock dielectric; TeleVue: Evebrite dielectric; AltairAstro: 2" prism.
Filters: Lumicon: DeepSky, UHC, OIII, H-beta; Baader: Moon & SkyGlow, Contrast Booster, UHC-S, 6-color set; Astronomik: UHC.
Solar: HA: Lunt 50mm single stack, W/L: Meade Herschel wedge.
Observing: DSOs: 3122 (Completed: Messier, Herschel 1, 2, 3. In progress: H2,500: 2196, S110: 77). Doubles: 2461, Comets: 34, Asteroids: 261
- Don Pensack
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Re: Contrast booster
The Baader Contrast Booster makes a great planetary filter. It's the best I've seen for Mars, for example.
For emission nebulae, a great contrast increase can be had with a narrowband filter (e.g. TeleVue Bandmate II Nebustar, Astronomik UHC, DGM NPB, Lumicon UHC Gen.3, Orion Ultrablock, Thousand Oaks
Even greater contrast enhancement can be found on planetary nebulae, supernova remnants, and Wolf-Rayet star excitation nebulae with a good O-III filter (e.g. TeleVue Bandmate II O-III, Astronomik O-III, Lumicon O-III Gen.3)
Sadly, Lumicon filters are now out of production, though there are probably some left in store stocks.
For all other objects, the best improvement in contrast can be found by putting petrol in your car and driving the scope to darker skies.
Due to the nature of modern lighting (especially LED lighting), so-called "light pollution reduction", "City Light Suppression", broadband filters just don't work well any more.
Oddly, they work OK on some objects at sites with very dark skies, but they don't help enough in the city or suburbs to be worth purchasing.
One thing that helps is magnification, where stellar objects are concerned.
Stars do not dim with magnification, while the background sky does, so fainter stars will be visible at higher powers.
Once you find the location of that star cluster (both globular and galactic), try a 1mm exit pupil or even smaller, and even in a city, you'll get a decent view of the cluster.
This doesn't work on giant clusters like the Beehive or the Pleiades, but it works well on most other star clusters.
Currently using a 12.5" dob and a 4" apo refractor
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Re: Contrast booster
There are not a lot of darker places then where i live in Ohio. I literally live in the middle of nowhere. I probably have better skies then most people. Rural dark skies with my closestDon Pensack wrote: ↑Wed Sep 20, 2023 8:51 pmThe Baader Contrast Booster makes a great planetary filter. It's the best I've seen for Mars, for example.
For emission nebulae, a great contrast increase can be had with a narrowband filter (e.g. TeleVue Bandmate II Nebustar, Astronomik UHC, DGM NPB, Lumicon UHC Gen.3, Orion Ultrablock, Thousand OaksLP -2)
Even greater contrast enhancement can be found on planetary nebulae, supernova remnants, and Wolf-Rayet star excitation nebulae with a good O-III filter (e.g. TeleVue Bandmate II O-III, Astronomik O-III, Lumicon O-III Gen.3)
Sadly, Lumicon filters are now out of production, though there are probably some left in store stocks.
For all other objects, the best improvement in contrast can be found by putting petrol in your car and driving the scope to darker skies.
Due to the nature of modern lighting (especially LED lighting), so-called "light pollution reduction", "City Light Suppression", broadband filters just don't work well any more.
Oddly, they work OK on some objects at sites with very dark skies, but they don't help enough in the city or suburbs to be worth purchasing.
One thing that helps is magnification, where stellar objects are concerned.
Stars do not dim with magnification, while the background sky does, so fainter stars will be visible at higher powers.
Once you find the location of that star cluster (both globular and galactic), try a 1mm exit pupil or even smaller, and even in a city, you'll get a decent view of the cluster.
This doesn't work on giant clusters like the Beehive or the Pleiades, but it works well on most other star clusters.
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