Why Is The Blue Sky Blue? (continued Light Source Simulation Test)

In the previous article: Why Is the Sky Blue. I proposed that the blue sky is transparent (translucent), and the blue sky is just after the sun shines on the earth, and the blue sea water is scattered in the blue reflection formed by the astigmatism in the atmosphere. The atmosphere is a huge transparent spherical concave mirror that surrounds the earth. When the earth's large area of blue sea water is reflected in the atmosphere, the light is evenly reflected throughout the atmosphere according to the principle of concave mirror astigmatism.

Since the coverage of this viewpoint is difficult to quantify, it is difficult to implement, but now the developed technology can draw conclusions through simulation experiments. I also said that I am doing LED lighting, and it also involves similar lighting products. Let's do some reference.

Figure 1 is a spherical light source of an LED company, which can emit R (red). G (green). B (blue). W (white) four different lights, of which blue light can simulate the blue of the sea, transparent The outer casing simulates a transparent atmosphere.
The light source of Figure 1 is in a state where it is not energized. (The transparent case simulates a transparent atmosphere.)

(figure 1)

Figure 2 shows the state in which the light source is energized to emit red light.

(figure 2)

Fig. 3 is a state in which the light source is energized to emit green light.

(image 3)

Fig. 4 is a state in which the light source is energized to emit blue light. (Do you think it is similar to the blue sky?)

(Figure 4)

Fig. 5 is a state in which the light source is energized to emit white light.

(Figure 5)

Attachment is light source video
1 is an unpowered video
2 is power-on R (red). G (green). B (blue). W (white) four status videos.

Comments

Why Is the Sky Blue?

Argument: it is a common sense among people that the sky is blue. Therefore people often use the phrase “blue sky”. In my opinion, the sky (aerosphere) is transparent and the blue sky is the blue inverted reflection of blue seawater that comes into being as the light of blue seawater scatters over the aerosphere after the sun shines on the earth. Aerosphere is a giant transparent spherical concave mirror, which encircles the earth. When the earth’s blue seawater is reflected on the aerosphere, light spreads evenly all over the aerosphere pursuant to the concave mirror (aerosphere) light-scattering principle. As source of reflection, both the earth and aerosphere have a sphere shape. Therefore, the blue light background reflected encircles the entire sky (aerosphere) evenly (as shown in Fig. 1). Fig. 1 Brief introduction: I have worked in a LED lighting company for a long term, responsible for design and technical jobs. I use integrating sphere (a spherical hollow concave ...

論藍天為什麼是藍的？（續文光源模擬試驗）

在前面文章我提出藍天是透明（半透明的），藍天不過是太陽照射在地球後，藍色海水折散在在大氣層散光後形成的藍色倒影。而大氣層是個巨大透明的球形凹面鏡，它環繞著地球，當地球大面積藍色海水反射在大氣層，再根據凹面鏡散光的原理將光均勻的反射在整個大氣層。由於此觀點覆蓋面大很難量化，所以也很難落實，不過現在科技發達可以通過模擬實驗得出結論，之前也說到本人是做LED亮化照明的，也涉及到類似的亮化照明產品，來做一些借鑑。圖1是一家LED公司的球形光源，該光源能發出 R(紅). G（綠）. B（藍）. W（白）四種不同的光，其中藍色光可模擬大海的藍色，透明外殼可模擬透明大氣層。圖1光源是沒通電時的狀態。（透明外殼可模擬透明大氣層。）（圖1）圖2 是光源通電發紅光的狀態。（圖2）圖3是光源通電發綠光的狀態。（圖3）圖4是光源通電發藍光的狀態。（大家有沒有覺得和藍天類似呢？）（圖4）圖5是光源通電發白光的狀態。（圖5）附件為光源視頻 1 為未通電狀態視頻 2 為通電R(紅). G（綠）. B（藍）. W（白）四種狀態視頻。

論藍天為什麼是藍的?

論點：人們壹直認為天是藍色的所以才有藍天這個詞，我個人認為天（大氣層）本來是透明的，藍天不過是太陽照射在地球後，藍色海水折散在在大氣層散光後形成的藍色倒影。而大氣層是個巨大透明的球形凹面鏡，它環繞著地球，當地球的藍色海水反射在大氣層，再根據凹面鏡（大氣層）散光的原理將光均勻的反射在整個大氣層，地球作為反射源與大氣層作為反光源都是球形，所以折射出來的藍色光底非常均勻的環繞在整個天空（大氣層）（如圖 1 ）圖 1 簡介：本人長期在深圳 LED 照明燈具公司從事設計 . 技術類的工作，因為工作經常和積分球打交道，而積分球是個球形內空的凹面散光球體，所以對凹面鏡散光原理印象深刻。在年初（ 2017 年 2 月 4 日）因為公司安排出差，在飛機起飛時我彷彿看見了大海與天邊交接處，特別是穿過雲層看見藍天后，我瞬間感覺大氣層就像一個巨大的積分球包住的地球，激動之餘震撼很大。一個非常好奇大膽的想法出現在我腦海，天空的藍會不會就是大海的藍呢？預算在後面工作的空餘時間，我反覆思考這個問題並在網上，和書店查找相關資料，思考這個論證的共同點和不同點，後面初步我得出一個結論：天空（大氣層）是透明的，所謂的藍天不過是藍色大海倒影在大氣層散光後的影像。 1 蓝天（大气层）本身是圆形透明的气体。人類的科技早已經突破地球進入太空，還在太空拍攝了地球的照片，如果天空（大氣層）本身是藍色的，那麼從太空看地球也應該完全是一個藍色球體，可是我們卻卻看見了藍色的大海 . 綠色的森林 . 黃色的沙漠 . 和低空的白雲。甚至夜晚能看見發達城市的燈光。由此，可以得出結論大氣層是透明的；地球是不規則的圓形球體（初級地理教學知識），地球表面是被大氣層包裹着的，同理大氣層也應該是不規則的圓形氣體。（如圖 2. 圖 3. 圖 4 ）圖2 圖3 圖4 2. 凹面鏡有散光原理凹面鏡也叫凹鏡，會聚鏡。當光線平行射出有反射時 . 有散光折光的作用（初級物理教學知識），和積分球工作原理一樣當一個局部發光（反光）的物體（如燈具）放入積分球內，燈光會均勻折散在整個球體面，同理地球表面大氣層的原理也一樣，海水折射出來的光線到大氣層局部，在由大氣層局部均勻折散在整個大氣層，（還有一點 . 就是地球做...

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