Good night friends! If you are a lover of astronomy today I have a special that you will surely love, we are going to discuss some important topics about the moon in its phase: "Winning Gibbous Moon" actually we have previously explained a little about it, but what would happen if we used one of the secrets of astronomers to observe this beautiful natural satellite? Join me on this experience to learn a little about lunar filters.🔭🧠🌗
Buenas noches amigos! si eres amante a la astronomia hoy tengo un especial que seguramente te ira a encantar, vamos a tratar algunos topicos importantes sobre la luna en su fase: "Luna Gibosa Menguante" en realidad hemos explicado anteriormente un poco sobre ella, pero que pasaria si emplearamos uno de los secretos de los astronomos para observar este hermoso satelite natural? acompañame en esta experiencia para aprender un poco sobre los filtros lunares.🕵️♂️👨🏫🌗
A little about the characteristics of the moon today🌗/Un poco sobre las caracteristica de la luna hoy🙇♂️🔭
First of all, before moving forward with the subject of lunar filters, I would like to explain a little about the characteristics of the moon today, 12/08/2022, make the observation at 20:07 at this point, the moon is at an altitude of 26.6 degrees. , the exact direction in the sky is: 76.7 degrees NE.🌗🔭
Primero que nada antes de avanzar con el tema de los filtros lunares me gustaria explicar un poco las caracteristicas de la luna hoy 08/12/2022 realice la observacion a las 20:07 en este punto la luna esta con una altitud de 26,6grados, la direccion exacta en el cielo es: 76,7grados NE.🧠📚
First I would like to clarify that for this photo I used the UV filter that helps a little to reduce the intensity of the brightness on the moon but it has a problem, details such as craters are not observed, it is normal in this lunar phase our satellite has a brightness of 99.6% is almost completely full and this makes telescopic observation quite difficult, the exact time when the moon disappears on the horizon is: 8:13 in the morning! At the time I take the pictures, it is at a distance of 401,924 km from the earth. The angle of the moon is: 0.5.🧠🔭📚
Primero me gustaria aclarar que para esta foto emple el filtro UV que ayuda un poco a reducir la intensidad del brillo en la luna pero tiene un problema no se observan los detalles como los crateres, es normal en esta fase lunar nuestro satelite tiene un brillo de 99.6% esta casi completamente llena y esto dificulta bastante la observacion telescopica, la hora exacta cuando la luna desaparece en el horizonte son a las: 8:13 de la manana! a la hora que tome las fotografias esta a una distancia hacia la tierra de 401.924km el angulo de la luna es de: 0,5.👨🏫🕵️♂️📚
Use of filters and importance🌗/Uso de filtros e importancia🙇♂️🔭
I would like to say that it is the same edited photo but no! Actually there are several photos that I took of the moon but using two types of filters, one UV and the other lunar! both are dark but have a different contrast and brightness falloff! A filter is an accessory that can be placed in the microscope tube and that enhances our observation! There are different types depending on what we want to see! the moon filter is also called: "neutral density", what it basically does is reduce light and increase contrast! thanks to the filters we can reduce lighting up to 50% depending on the model!👨🏫🔭🧠
Quisiera decir que es la misma foto editada pero no! en realidad son varias fotos que le tome a la luna pero utilizando dos tipos de filtros uno UV y el otro lunar! ambos son oscuros pero tienen un constraste y disminucion de brillo diferente! un filtro es un accesorio que puede ser colocado en el tubo del microscopio y que potencia nuestra observacion! hay de diferentes tipos dependiendo para aquello que queremos ver! el filtro lunar tambien es llamado: "densidad neutra", lo que hace basicamente es reducir la luz y aumentar el contraste! gracias a los filtros podemos reducir la iluminacion hasta un 50% dependiendo del modelo!🕵️♂️🔭
Here we see a good example of the power of a double polarized filter, they are one of the best on the market because they come with two independent lenses that can be individually adjusted to reduce lighting by 1%, there are much better models than mine but we can still see a big difference in photo quality, and I have to point out that ECENCY does lose a bit of quality in my photos!🕵️♂️🧠👨🏫
Aqui vemos un buen ejemplo del poder de un filtro polarizado doble, son uno de los mejores en el mercado debido que traen dos lentes independientes que pueden ajustarse individualmente hasta reducir la iluminacion en un 1% hay modelos muchos mejores que el mio pero aun asi podemos ver una gran diferencia en la calidad de la foto, y tengo que resaltar que ECENCY hace perder un poco la calidad de mis fotos!🌗🌕🌕
It is very evident that for astronomers filters help a lot when it comes to getting better results, today I was able to demonstrate that double polarized or variable filters are the best option when we want to observe small details in our unique and beautiful natural satellite! I hope you have learned something new today tell me what is your favorite filter?🔭📚
Es muy evidente que para los astronomos los filtros ayudan muchisimo al momento de conseguir mejores resultados, hoy pude demostrar que los polarizados dobles o filtros variables son la mejor opcion cuando queremos observar pequeños detalles en nuestro unico y lindo satelite natural! espero hayas aprendido algo nuevo hoy dime cual es tu filtro favorito??🌕🌗👨🏫
DNA is an organization to foster and DENSIFY NATURE-APPRECIATION which aims to establish REPORTS OF BIODIVERSITY DATA that is contributed by all of us Hiveans and subsequently cataloged.
Therefore DNA searches for HIGH-QUALITY posts that aim to DESCRIBE and determine the BIODIVERSITY AROUND YOU with added EXPLANATIONS and INFORMATION. For these informative posts they offer a CURATION SERVICE using the @dna.org account. It is also a CURATION TRAIL. Just add the #dna TAG if you think that any of your posts is what they are looking for.
