Although the light density decrease

Although the light density decreased exponentially with the length from the electrochemical cell surface due to the light absorption and scattering by cyanobacterial cells, the photon density within the electrolytic solution was maintained more than 50 mmol s–1 m–2.The anodic and cathodic half-cell compartments were bubbled continuously with argon and dioxygen gas, respectively, at a flow rate of 0.4 L min–1

結果 (繁體中文) 1:

雖然光密度與從電化學池表面的長度呈指數降低由於光的吸收和散射由藍藻細胞中，電解液中的光子密度維持超過50毫摩爾S-1 M-2。


陽極和陰極半電池室分別用氬氣和雙氧氣，連續鼓泡，以0.4升的流率min-1的

結果 (繁體中文) 2:

儘管由於藍藻細胞的光吸收和散射，光密度隨電化學細胞表面的長度呈指數級下降，但電解溶液內的光子密度保持在50mmol s~1 m以上–2.

陽極和陰極半細胞室分別用氣和二氧氣體連續氣泡，流速為0.4 L min-1

結果 (繁體中文) 3:

儘管由於藍藻細胞的光吸收和散射，光密度隨距離電化學電池表面的長度呈指數下降，但在電解溶液中的光子密度保持在50 mmol s–1 m–2以上。
陽極和陰極半電池室分別以0.4L min–1的流速連續鼓入氬氣和氧氣