never-change
🏆🏆🏆🏅
- 金幣
- 15
無意看到一個網站介紹燈泡在不同安定器下的測試比較，我無法確認其真實與正確性但
卻發現在整個測試中可以發現在SPS需要的藍光區20000K優於同瓦數15000K
http://www.advancedaquarist.com/2005/6/aafeature2
以400W的燈泡各種K數搭配不同安定器產生亮度效率色溫等資料
http://www.advancedaquarist.com/2005/1/feature
下網站內容也同樣讓人驚奇
www.reeflightinginfo.arvixe.com
卻發現在整個測試中可以發現在SPS需要的藍光區20000K優於同瓦數15000K
http://www.advancedaquarist.com/2005/6/aafeature2
以400W的燈泡各種K數搭配不同安定器產生亮度效率色溫等資料
http://www.advancedaquarist.com/2005/1/feature
下網站內容也同樣讓人驚奇
www.reeflightinginfo.arvixe.com
最後編輯：
請問NC你的意思是說10000K會讓SPS咖啡嗎?==
用在hqi 10000k的,經大略飼養比較沒錯呀~是對於在sps的古銅色健康膚色上~
但大多不滿足.因為男人較愛透明純色的果凍顏色呀~
然而就會外加~顯色燈具,或往高k數燈泡發展~...但也較難全盤都好照顧了.
never-change
🏆🏆🏆🏅
- 金幣
- 15
==
如果用較便宜的10000k燈管,可能較有健康的膚色,除非是天生麗質的sps.
而專用高檔for珊瑚的10000k燈管,當然整体上使sps飼養者較滿意.
NC你好
看來若沒錢買高檔10000K燈管，一般14000K是最適合做主燈再搭配T5藍燈整體會比較理想<--當然這是對我這種生手而言
never-change
🏆🏆🏆🏅
- 金幣
- 15
never-change
🏆🏆🏆🏅
- 金幣
- 15
我自己花了些時間找了一些資料，發現我們在選燈泡時應該注意的是光譜而不全是色溫，想見以下網站說明，
http://www.reefkeeping.com/issues/2006-05/sj/index.php
我引用以下網址一小段文章
Does this mean that a lamp being sold as a color temperature of 20000K is a black body radiator and has an actual physical temperature of 20000K? No, since the lamps are not black body radiators! To be able to assign a color temperature to a light source there must be a color match as well as a spectral match to a black body radiator. The spectral output of fluorescent lamps and metal halide lamps does not match with the black body spectral irradiance. Hence, the term color temperature, in fact, does not apply directly to these light sources. What it really means is that if we were to compare the lamp's color to a black body at 20000K, it would appear the same to a human observer. The technically correct term for this is Correlated Color Temperature (CCT) which is defined as the value of the temperature of the black body radiator when the radiator color matches that of the light source. CCT implies a color match to a black body at the specified temperature, but there is no spectral match. The table below shows CCT of various light sources:
http://www.reefkeeping.com/issues/2006-05/sj/index.php
我引用以下網址一小段文章
Does this mean that a lamp being sold as a color temperature of 20000K is a black body radiator and has an actual physical temperature of 20000K? No, since the lamps are not black body radiators! To be able to assign a color temperature to a light source there must be a color match as well as a spectral match to a black body radiator. The spectral output of fluorescent lamps and metal halide lamps does not match with the black body spectral irradiance. Hence, the term color temperature, in fact, does not apply directly to these light sources. What it really means is that if we were to compare the lamp's color to a black body at 20000K, it would appear the same to a human observer. The technically correct term for this is Correlated Color Temperature (CCT) which is defined as the value of the temperature of the black body radiator when the radiator color matches that of the light source. CCT implies a color match to a black body at the specified temperature, but there is no spectral match. The table below shows CCT of various light sources:
