QUARKS ARRIVING - Comments and Reviews!
- sullij1
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QUARKS ARRIVING - Comments and Reviews!
Just got home to find a package from the postie! Yep its a QUARK! Unfortunately the onshore flow arrived home with me so no chance at a go tonight. Stay tuned!
Last edited by solarchat on Wed Dec 03, 2014 5:36 am, edited 2 times in total.
Reason: header changed to be more inclusive
Reason: header changed to be more inclusive
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Re: QUARKS ARRIVING!!!!!!
Good to hear thanks for the update
Currently out of equipment, but still around to see your images!
- Valery
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Re: QUARKS ARRIVING!!!!!!
Hi Joe!
Nice to hear that your Quark arrived.
The main goals, IMHO:
1. Does it work as promised by the DayStar
2. How much the band wide changes with change of the F/D of the telescope.
3. What the band wide (aacording your opinion) at different F/D.
F/5-6, F/8 and F/10 will be enough to see how the band wide changes and what the band wide is at the F/10.
4. Test as the double stack with another Ha etalon(s).
Good luck, Joe.
Valery.
Nice to hear that your Quark arrived.
The main goals, IMHO:
1. Does it work as promised by the DayStar
2. How much the band wide changes with change of the F/D of the telescope.
3. What the band wide (aacording your opinion) at different F/D.
F/5-6, F/8 and F/10 will be enough to see how the band wide changes and what the band wide is at the F/10.
4. Test as the double stack with another Ha etalon(s).
Good luck, Joe.
Valery.
"Solar H alpha activity is the most dynamic and compelling thing you can see in a telescope, so spend accordingly." (c) Bob Yoesle.
Largest full size 185 - 356mm Dielectric Energy Rejection Filters (D-ERF) by ARIES Instruments.
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- sullij1
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Re: QUARKS ARRIVING!!!!!!
Thanks Valery. I will get as much done as my time allows. Still working for a living but will get as much data as I can for everyone's review.
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Re: QUARKS ARRIVING!!!!!!
Hi Joe
congratulations on the new toy
congratulations on the new toy
Only stardust in the wind, some fine and some less fine scopes, filters and adapters as well. Switzerland 47 N, 9 E, in the heart of EUROPE
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Re: QUARKS ARRIVING!!!!!!
yesss!!!! i'm waiting for the feedback!!!
Réfractor Spécial H-Alpha (Istar optical ) 230mm F/D 9
Solar Télescope Cassegrain CFF 350mm F/D 20 Clearceram + ERF-D Tri Band 312mm ARIES Instruments.
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Solar Télescope Cassegrain CFF 350mm F/D 20 Clearceram + ERF-D Tri Band 312mm ARIES Instruments.
TN 450mm F/D 4 Zerodur
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Re: QUARKS ARRIVING!!!!!!
Me too.... the wait is agonizing !
George
George
DS External SM90 Etalons, Single External SM40 Etalon, BF30, WO FLT98 f/6.3, Tak FS-102 f/8, Tak FS-60C f/5.9, DMK51, DMK21
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Re: QUARKS ARRIVING!!!!!!
Good news there Joe!
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Re: QUARKS ARRIVING!!!!!!
Look foward to the updates Joe I will be very interested to see how it views.
- Bill Edelen
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Re: QUARKS ARRIVING!!!!!!
Great news!!
It would be ideal if you could get access to a spectrograph and do tests.
It would be ideal if you could get access to a spectrograph and do tests.
Last edited by alex on Tue Apr 22, 2014 2:11 pm, edited 1 time in total.
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Re: QUARKS ARRIVING!!!!!!
Hi Joe...
Congrats on the new hardware...looking forward to hearing how it performs and an image or two maybe
Brian
Congrats on the new hardware...looking forward to hearing how it performs and an image or two maybe
Brian
Brian Colville
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Maple Ridge Observatory
Cambray, ON Canada
Photos: https://www.flickr.com/photos/185395281@N08/albums
10'x15 Roll-off Roof Observatory
Takahashi EM400 Mount carrying:
C14 + Lunt 80ED
Deep Sky Work - ASI294MM Pro+EFW 7x36/Canon 60D (Ha mod), ONAG
Planetary Work - SBIG CFW10, ASI462MM
2.2m Diameter Dome
iOptron CEM70G Mount carrying:
Orion EON 130ED, f7 OTA for Day & Night Use
Ha Setup: Lunt LS80PT/LS75FHa/B1200Ha + Home Brew Lunt Double Stack/B1800Ha on the Orion OTA + Daystar Quantum
WL, G-Band & CaK Setup: Lunt Wedge & Lunt B1800CaK, Baader K-Line and Altair 2nm G-Band filter
ASI1600MM, ASI432MM, ASI294MM Pro, ASI174MM, ASI462MM
- sullij1
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Re: QUARKS ARRIVING!!!!!!
Me too, weather is crappy today. Forcast is better for tommorw. As far as spectrograph, I will leave that up to the eyes of the experts here on the forum. There be a bunch of folk who can compare to spectrograph images for reference.
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Re: QUARKS ARRIVING!!!!!!
Joe did you get both or only one, after Walter's comments I ordered the Chromosphere version but don't expect to see it for a month or more.
Alan
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Re: QUARKS ARRIVING!!!!!!
Yes, Quarks have my attention as well!
Ted
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Lunt LS80THa DSII Quark Prominence ES127mm refractor
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Re: QUARKS ARRIVING!!!!!!
Mine gets dispatched tomorrow.
BRIAN
Caithness, Scotland.
Double stack PST, Lunt CaK B600, Daystar Quark Chromosphere
with Altair Astro 102 ED f.7 Refractor and 60 EDF f.6 Refractor.
Celestron Nexstar 8SE.
QHY5III678M
Caithness, Scotland.
Double stack PST, Lunt CaK B600, Daystar Quark Chromosphere
with Altair Astro 102 ED f.7 Refractor and 60 EDF f.6 Refractor.
Celestron Nexstar 8SE.
QHY5III678M
- sullij1
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Re: QUARKS ARRIVING!!!!!!
Have fun with them. I got the chromosphere version. Haven't had time or weather to image. I did take it to an outreah event last Saturday. I focused the Quark on the big prom at three O clock (properly oriented) and although it was a bit dim (very contrasty), once peoples eyes adjusted to the view the quark image got plenty of WOW factor.
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Re: QUARKS ARRIVING!!!!!!
Joe, when you do finally get a chance of a good observing session, pop one on the end of your 100mm celestron and let me know how you get on
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Re: QUARKS ARRIVING!!!!!!
I am impatient too! I have orderd one and expect it's arrival somewhere in mid June. And if all will be Ok here, in Ukraine, I will test this device with numerous telescopes I got.marktownley wrote:Joe, when you do finally get a chance of a good observing session, pop one on the end of your 100mm celestron and let me know how you get on
Last edited by Valery on Thu May 08, 2014 4:29 pm, edited 1 time in total.
"Solar H alpha activity is the most dynamic and compelling thing you can see in a telescope, so spend accordingly." (c) Bob Yoesle.
Largest full size 185 - 356mm Dielectric Energy Rejection Filters (D-ERF) by ARIES Instruments.
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Re: QUARKS ARRIVING!!!!!!
We expect a full report from you too then Valery
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- sullij1
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Re: QUARKS ARRIVING!!!!!!
Will do! So far on all the good days for imaging - alas, I have been trying to earn a living such that I can afford the 2X telecentric when it hits the shelves. One of the drawbacks for full disc viewing for the current device is the 4.2x telecentric. Makes for great close in shots and viewing but full discs without mosaics are a NO GO! The 2X will solve that on short focal ratio scopes.
The view through my 127 F5 was very cool but only about 2/3 of the disc. This may be due to the 50mm internal ERF I was using. I recieved my new 75mm LUNT ERF today and will be installing it on the 127 tonight. I will let you know how that goes. Of course the ~F10 100mm is close in only. I will try an post a simulated view later.
The view through my 127 F5 was very cool but only about 2/3 of the disc. This may be due to the 50mm internal ERF I was using. I recieved my new 75mm LUNT ERF today and will be installing it on the 127 tonight. I will let you know how that goes. Of course the ~F10 100mm is close in only. I will try an post a simulated view later.
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- sullij1
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Re: QUARKS ARRIVING!!!!!!
I must add that any concerns about the Quark power need are "somewhat" unfounded. One usually has a 12 volt power supply in the field for outreach and that's exactly what I used via the cigarette lighter connection with an I-phone dual 1.5 and 2 amp cigarette plug in charger. Plugged into the 2amp outlet to micro USB adapter and Quark was happy alllllllllll day long. NO PROBLEM.
So this power question IMHO is about nothing. She work fine!
So this power question IMHO is about nothing. She work fine!
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- sullij1
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Re: QUARKS ARRIVING!!!!!!
Ok, this is a "VISUAL" simulation/estimation of the Quark chromsphere view using a crop from Marks full disc. I chose to leave my focus on the big prom the full day. I had a few return visitors to see if the prom was changing. So I guess they liked the view. The Quark chromo had no problem gathering in light for a deep red contrasty view similar to this. At times of good seeing it was extremely sharp. I could have tuned for a brighter image but I chose to leave it a bit dark. Remember this is about the FOV through the C102 F10 scope using a 32mm EP. This is an "estimation" based on last Saturdays outreach in San Diego's Balboa Park. Just wanted you have an idea of the FOV in the F10 102. It's tight!
Last edited by sullij1 on Thu May 08, 2014 4:00 am, edited 4 times in total.
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Re: QUARKS ARRIVING!!!!!!
I also used the statagy of placing the PST full disc next to the 102 tuned to show the proms brightened and directed folks attention to the big prom. I then asked them to the view the big prom close up in the Quark. This evoked many OOOOOOh I see it! And Mommy I see the trees growing on the sun!, comments. Gad, I love the kids comments!
Last edited by sullij1 on Thu May 08, 2014 3:50 am, edited 1 time in total.
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Re: QUARKS ARRIVING!!!!!!
BTW, The background was darker and the prom details a bit better but I couldn't darken the background in Marks image anymore without losing the detail in the prom.
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Re: QUARKS ARRIVING!!!!!!
Thanks Joe! If I get a quark looks like I will have to buy a new frac or two... Mrs Townley is going to kill me!
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Re: QUARKS ARRIVING!!!!!!
Hi Markmarktownley wrote:Thanks Joe! If I get a quark looks like I will have to buy a new frac or two... Mrs Townley is going to kill me!
it will not be that heavy, tell her first that other friends have 14 plus refractors, then tell her that you love her, then tell her that every refractor is good for a dozend pair of shoes and so on . If you need our help, just book ZHR . you both are our guests at any time
Only stardust in the wind, some fine and some less fine scopes, filters and adapters as well. Switzerland 47 N, 9 E, in the heart of EUROPE
from 7 am - 7 pm http://www.nanosys.ch
from 7.01 pm - 6.59 am http://www.wastronomiko.com some times vice versa
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Re: QUARKS ARRIVING!!!!!!
Hello solar gang , I am the lucky guy that left the recent Astrocats show with the only Quark that made it to the show and possibly the first one in Canada . I have had 1 opportunity to use it so far and used it with a short tube (400mm) 80 Orion refractor . The conditions were not great and I will need more time to work with this piece but I believe this is a promising start .
- sullij1
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Re: QUARKS ARRIVING!!!!!!
Thanks, What camera did you use? Is it a 1.8 format chip? 1/3, 1/8? When we know the chip size we will have an an excellent example of the FOV for that chip size at a F5 focal ratio.
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Re: QUARKS ARRIVING!!!!!!
The first image is with a DMK 31 - 1/3 chip but does not represent the field because I used a 0.5 focal reducer on the camera and the image is cropped . The second image was with a DMK 21 - 1/4 chip with the 0.5 reducer mounted to the camera . The third pic is same camera without reducer and represents the FOV on a 1/4" chip with this combination .
- sullij1
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Re: QUARKS ARRIVING!!!!!!
That's interesting! Was there any spherical aberration at the edge with the 0.5 reducer?
Was there any sweet spotting at the edge?
Was there any sweet spotting at the edge?
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Re: QUARKS ARRIVING!!!!!!
Sorry for the delay but for some reason I could not access Solar Chat yesterday . These are 2 images from the same shoot , the first one is DMK 31 with 0.5 reducer and the second one is DMK 21 with 0.5 reducer , neither have been cropped . Please keep in mind that this was my first time using the Quark and there was quite a bit of heat rising off my driveway to add to the challenge . I will set up on the grass for my next opportunity . So far I am pleased with what I am seeing as far as even lighting and detail goes .
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Re: QUARKS ARRIVING!!!!!!
These work!
http://brierleyhillsolar.blogspot.co.uk/
Solar images, a collection of all the most up to date live solar data on the web, imaging & processing tutorials - please take a look!
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Re: QUARKS ARRIVING!!!!!!
Hey Mark , when you consider the price of the Quark and the Moonlight cost of the "Frac" is like an accessory !! Could be an easy sell for Mrs. Townley
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Re: QUARKS ARRIVING!!!!!!
Nice first images. Looking forward to seeing more.
Stu.
Stu.
H-alpha, WL and Ca II K imaging kit for various image scales.
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Fluxgate Magnetometers (1s and 150s Cadence).
Radio meteor detector.
More images at http://www.flickr.com/photos/solarcarbon60/
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Re: QUARKS ARRIVING!!!!!!
We're are these things going to be in a couple of years.
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Re: QUARKS ARRIVING!!!!!!
Hello all, here is a test shoot with a 3 scopes and a action plan. First the plan:
1. I am going to post a link in the equipment forum directing all Quark questions back to this thread. Why? Because if we need to get Sean back on here to answer questions for us, he doesn't have to find a dozen threads all over the forum. And we have all the Q and A in one spot.
2. Having all the feedback and examples in one area will help the folks at Daystar incorporate any changes that may be a result of our feedback.
3. Other folks having similar issues with their Quark will know right where to look to get help.
4. Post processed finished pics you are proud of to the main the main forum. Use this thread for examples of issues, different scope trials, suggestions to improve the product and answer questions all Quark owners may have or questions we need Sean/Daystar to answer.
NOTE TO ALL: The Quark is a long focal length device for close in. We wont see full discs until Daystar introduces the 2X telecentric. So forget about full disc. Keep the Lunts etc. that provide you with that nice full disc view. Mount the Quark next to it for the special features you want to zoom in on. Quark incorporates the 4.2X telecentric.
So now for the good the bad and the ugly:
I trailed 3 scopes,
a. A EDQ 65, F5 434mm/65mm aperture with Quark - FL 1360mm F20, 55mm front ERF cuz it's a petzval design and a UV/IR cut.
b. A Explore 102 APO, F7 714mm/102mm aperture with Quark - FL 2999mm F29.4 No ERF just UV/IR cut.
c. A modified Astrozap 127, F5 127mm/632mm with Quark - FL 2656mm F20 75mm Lunt ERF forward of reducer/flattener to maintain aperture and educe cost.
Method: I used Ted’s suggestion of no gamma and no gain, Exposure only. I used the 1.8 format Scorpion running full frame at about 15FPS. Because I was using Ted’s method for the first time I underexposed most of the images. Regardless they will highlight my points. Conditions were sunny and very windy so there wont be any jaw droppers.
All images show FOV at limb and special features to give the reviewer an idea of FOV and scale.
The camera will have to be rotated to a position that reduces Newton rings or a camera tilter added if you start having the Newton ring issue.
Small files were stacked in Registx6 with auto flat. Larger files had to be don in Auto stakkert with no auto flat.
Please everybody post full uncropped and unprocessed images, along with the processed here so we can identify sweet spotting, gradients etc. and come up with solutions.
First up; the ugly, the 65 EDQ. I under exposed the images but began to see an issue that carries through all and will have to be addressed. The EDQ showed some Newton rings and some weird gradients that should be able to done away with by flats or maybe a tilter. Here is the EDQ flat:
And the rest have a nice wide field but gradients ruing the images (along with my low gamma and bad processing). Also note the bright sweetspot in the corner. This artifact will plague all the images to some degree. Next up; The bad, the Explore 120, the same gradient and sweet spot in the corner. Same bad processing. Forgot the flat on this one but you can see the same gradients befor processing. I used a false flat to try and straighten this one out. This will be nice FOV when the gradients and sweet spot are gone. Needs to be said the gradients are not focuser droop as the Explore is on loan form Astrodan for this testing. He doesn’t skimp on the goodies so this scope has a high end Feather Touch focuser.
Finally; the good, The Astrozap mod. This was the best performer, similar but lighter gradients on the flat and the sweet spot was less noticeable but there. Flats in Registax6 cleaned this up nicely.
The flat: The rest: Take Away:
1. Redo the images at proper exposure
2. Add the tilter to see if gradients and rings can be done away with
3. Put a flat black washer with a 20mm opening in front of the silverfish snout to see if reflections go away (see speculation below).
4. Try to keep files small for Registax6 autoflat
Questions:
1. In the raw images that Walter and others took, did you have the sweet spot or rings prior to processing and cropping?
Speculation and suggestions:
I think the sweet spot may be due to a reflection from the beveled/chamfered edge of the grayish silver snout on the Quark, just ahead of the internal ERF, reflecting sunlight to the chamfered edge and back to the chip. Perhaps this should have been flat black and not silverfish or chamfered. I will use a flat black washer to see if reflections go away on the next photo run.
The sweet spots only show up when I used only the UV/IR cut with no ERF. IR intrusion?
I also thing the sweet spot may come from uneven heating of the etalon but it did not show up so much in the 127 scope. Thoughts?
Comments or suggestion now welcomed.
1. I am going to post a link in the equipment forum directing all Quark questions back to this thread. Why? Because if we need to get Sean back on here to answer questions for us, he doesn't have to find a dozen threads all over the forum. And we have all the Q and A in one spot.
2. Having all the feedback and examples in one area will help the folks at Daystar incorporate any changes that may be a result of our feedback.
3. Other folks having similar issues with their Quark will know right where to look to get help.
4. Post processed finished pics you are proud of to the main the main forum. Use this thread for examples of issues, different scope trials, suggestions to improve the product and answer questions all Quark owners may have or questions we need Sean/Daystar to answer.
NOTE TO ALL: The Quark is a long focal length device for close in. We wont see full discs until Daystar introduces the 2X telecentric. So forget about full disc. Keep the Lunts etc. that provide you with that nice full disc view. Mount the Quark next to it for the special features you want to zoom in on. Quark incorporates the 4.2X telecentric.
So now for the good the bad and the ugly:
I trailed 3 scopes,
a. A EDQ 65, F5 434mm/65mm aperture with Quark - FL 1360mm F20, 55mm front ERF cuz it's a petzval design and a UV/IR cut.
b. A Explore 102 APO, F7 714mm/102mm aperture with Quark - FL 2999mm F29.4 No ERF just UV/IR cut.
c. A modified Astrozap 127, F5 127mm/632mm with Quark - FL 2656mm F20 75mm Lunt ERF forward of reducer/flattener to maintain aperture and educe cost.
Method: I used Ted’s suggestion of no gamma and no gain, Exposure only. I used the 1.8 format Scorpion running full frame at about 15FPS. Because I was using Ted’s method for the first time I underexposed most of the images. Regardless they will highlight my points. Conditions were sunny and very windy so there wont be any jaw droppers.
All images show FOV at limb and special features to give the reviewer an idea of FOV and scale.
The camera will have to be rotated to a position that reduces Newton rings or a camera tilter added if you start having the Newton ring issue.
Small files were stacked in Registx6 with auto flat. Larger files had to be don in Auto stakkert with no auto flat.
Please everybody post full uncropped and unprocessed images, along with the processed here so we can identify sweet spotting, gradients etc. and come up with solutions.
First up; the ugly, the 65 EDQ. I under exposed the images but began to see an issue that carries through all and will have to be addressed. The EDQ showed some Newton rings and some weird gradients that should be able to done away with by flats or maybe a tilter. Here is the EDQ flat:
And the rest have a nice wide field but gradients ruing the images (along with my low gamma and bad processing). Also note the bright sweetspot in the corner. This artifact will plague all the images to some degree. Next up; The bad, the Explore 120, the same gradient and sweet spot in the corner. Same bad processing. Forgot the flat on this one but you can see the same gradients befor processing. I used a false flat to try and straighten this one out. This will be nice FOV when the gradients and sweet spot are gone. Needs to be said the gradients are not focuser droop as the Explore is on loan form Astrodan for this testing. He doesn’t skimp on the goodies so this scope has a high end Feather Touch focuser.
Finally; the good, The Astrozap mod. This was the best performer, similar but lighter gradients on the flat and the sweet spot was less noticeable but there. Flats in Registax6 cleaned this up nicely.
The flat: The rest: Take Away:
1. Redo the images at proper exposure
2. Add the tilter to see if gradients and rings can be done away with
3. Put a flat black washer with a 20mm opening in front of the silverfish snout to see if reflections go away (see speculation below).
4. Try to keep files small for Registax6 autoflat
Questions:
1. In the raw images that Walter and others took, did you have the sweet spot or rings prior to processing and cropping?
Speculation and suggestions:
I think the sweet spot may be due to a reflection from the beveled/chamfered edge of the grayish silver snout on the Quark, just ahead of the internal ERF, reflecting sunlight to the chamfered edge and back to the chip. Perhaps this should have been flat black and not silverfish or chamfered. I will use a flat black washer to see if reflections go away on the next photo run.
The sweet spots only show up when I used only the UV/IR cut with no ERF. IR intrusion?
I also thing the sweet spot may come from uneven heating of the etalon but it did not show up so much in the 127 scope. Thoughts?
Comments or suggestion now welcomed.
Last edited by sullij1 on Fri May 16, 2014 12:07 am, edited 2 times in total.
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- marktownley
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Re: QUARKS ARRIVING!!!!!!
Interesting Joe! I will be following this
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Re: QUARKS ARRIVING!!!!!!
Hmmm
Interesting but, for me, no "WOOOOO"
What was the ambient temperature and the setting of the filter temp (if known)?
Obviously if the UV-IR cut filter is doing it's job there should be NO IR leakage....
Need to record the model of Quark being evaluated - "Chromo" or "Prom"
Interesting but, for me, no "WOOOOO"
What was the ambient temperature and the setting of the filter temp (if known)?
Obviously if the UV-IR cut filter is doing it's job there should be NO IR leakage....
Need to record the model of Quark being evaluated - "Chromo" or "Prom"
"Astronomical Spectroscopy - The Final Frontier" - to boldly go where few amateurs have gone before
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http://astronomicalspectroscopy.com
"Astronomical Spectroscopy for Amateurs" and
"Imaging Sunlight - using a digital spectroheliograph" - Springer
https://groups.io/g/astronomicalspectroscopy
http://astronomicalspectroscopy.com
"Astronomical Spectroscopy for Amateurs" and
"Imaging Sunlight - using a digital spectroheliograph" - Springer
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Re: QUARKS ARRIVING!!!!!!
If you want to have this as the main "point of contact" re the Daystar Quark...then I'd recommend we relocate this thread to the "Commercial Solar Filters/Hardware" section - Stephen, Mark - what do you think?
(I'm still waiting on a reply from Daystar on the operating temperatures v's Australian ambients >40 deg C.)
(I'm still waiting on a reply from Daystar on the operating temperatures v's Australian ambients >40 deg C.)
"Astronomical Spectroscopy - The Final Frontier" - to boldly go where few amateurs have gone before
https://groups.io/g/astronomicalspectroscopy
http://astronomicalspectroscopy.com
"Astronomical Spectroscopy for Amateurs" and
"Imaging Sunlight - using a digital spectroheliograph" - Springer
https://groups.io/g/astronomicalspectroscopy
http://astronomicalspectroscopy.com
"Astronomical Spectroscopy for Amateurs" and
"Imaging Sunlight - using a digital spectroheliograph" - Springer
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Re: QUARKS ARRIVING - Comments and Reviews!
My thoughts about the source(s) of the sweet spot/bands.
1. Any thin layer(s) with reflections between the boundaries which create this layer. Say, the cemented surfaces of the barlow lens.
I see similar sweet spots or sweet banding in my scope with a NPZ Barlow lens. And wee it even more distinct with TV 3x barlow.
And I don't see them with 1.4x glass path compensator and also when no any Balow is in the light pass.
2. The protective glass on the camera.
3. Interference filters (UV/IR for example).
So, the best is to use the QUARK as follow:
1. To use a QUARK without any ERF or D-ERF or UV/IR cut filters. Use it as is on a small telescope as DayStar suggests.
If you will still see the bands/spots, use a camera tilter and see where the reason of the bands/spots.
2. To use a full size ERF, not a D-ERF. Use a D-ERF only if this does not cause any additional sweet spots/sweet bands.
Both in front of a telescope.
3. Use and ERF or D-ERF inside a scope, but far from focal plane .
If a 1. will show no bands/spots then the problem in additional filter(s) inside the scope.
Remember, that all filters should be a bit tilted to escape of reflections/ghosts/bands.
The same is for filters inside a scope.
1. Any thin layer(s) with reflections between the boundaries which create this layer. Say, the cemented surfaces of the barlow lens.
I see similar sweet spots or sweet banding in my scope with a NPZ Barlow lens. And wee it even more distinct with TV 3x barlow.
And I don't see them with 1.4x glass path compensator and also when no any Balow is in the light pass.
2. The protective glass on the camera.
3. Interference filters (UV/IR for example).
So, the best is to use the QUARK as follow:
1. To use a QUARK without any ERF or D-ERF or UV/IR cut filters. Use it as is on a small telescope as DayStar suggests.
If you will still see the bands/spots, use a camera tilter and see where the reason of the bands/spots.
2. To use a full size ERF, not a D-ERF. Use a D-ERF only if this does not cause any additional sweet spots/sweet bands.
Both in front of a telescope.
3. Use and ERF or D-ERF inside a scope, but far from focal plane .
If a 1. will show no bands/spots then the problem in additional filter(s) inside the scope.
Remember, that all filters should be a bit tilted to escape of reflections/ghosts/bands.
The same is for filters inside a scope.
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Largest full size 185 - 356mm Dielectric Energy Rejection Filters (D-ERF) by ARIES Instruments.
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- Valery
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Re: QUARKS ARRIVING!!!!!!
Yes, IMHO, the best way is to place the thread at the "Commercial Solar Filters/Hardware". And make sure it will not sink there. Must be always up.Merlin66 wrote:If you want to have this as the main "point of contact" re the Daystar Quark...then I'd recommend we relocate this thread to the "Commercial Solar Filters/Hardware" section - Stephen, Mark - what do you think?
(I'm still waiting on a reply from Daystar on the operating temperatures v's Australian ambients >40 deg C.)
"Solar H alpha activity is the most dynamic and compelling thing you can see in a telescope, so spend accordingly." (c) Bob Yoesle.
Largest full size 185 - 356mm Dielectric Energy Rejection Filters (D-ERF) by ARIES Instruments.
Largest full size 185 - 356mm Dielectric Energy Rejection Filters (D-ERF) by ARIES Instruments.
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Re: QUARKS ARRIVING - Comments and Reviews!
Read here about the very first light of QUARK. Rings issues with Prominence version.
http://solarchat.natca.net/viewtopic.php?f=4&t=11264
http://solarchat.natca.net/viewtopic.php?f=4&t=11264
"Solar H alpha activity is the most dynamic and compelling thing you can see in a telescope, so spend accordingly." (c) Bob Yoesle.
Largest full size 185 - 356mm Dielectric Energy Rejection Filters (D-ERF) by ARIES Instruments.
Largest full size 185 - 356mm Dielectric Energy Rejection Filters (D-ERF) by ARIES Instruments.
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Re: QUARKS ARRIVING - Comments and Reviews!
Yes, I agree - duly moved to commercial section... I've marked it as a sticky to keep it at the top of the list...
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- sullij1
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Re: QUARKS ARRIVING - Comments and Reviews!
First, Mark, thanks for moving things appropriately.
Ken, the Quark was the chromosphere version. The temp setting was at the midpoint “tint” as prescribed by Daystar as being on-band. I don't know what temp change the “tints” move from or to. Daystar will have to clarify. Temp during my photo run was 78 or 80 degrees Fahrenheit so ~ 26 C.
Valery, thanks for the suggestions. I will give them a go.
At work so gotta run, back to you all a bit later.
Clear skies.
Joe
Ken, the Quark was the chromosphere version. The temp setting was at the midpoint “tint” as prescribed by Daystar as being on-band. I don't know what temp change the “tints” move from or to. Daystar will have to clarify. Temp during my photo run was 78 or 80 degrees Fahrenheit so ~ 26 C.
Valery, thanks for the suggestions. I will give them a go.
At work so gotta run, back to you all a bit later.
Clear skies.
Joe
Last edited by sullij1 on Thu May 15, 2014 11:57 pm, edited 1 time in total.
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