Photo-hydrogenation of carbon dioxide (CO2) is a green and promising technology and has received much attention recently. This technique could convert solar energy under ambient temperature and pressure into desirable and sustainable solar fuels, such as methanol (CH3OH), methane (CH4), and formic acid (HCOOH). It is worthwhile to mention that this direction can not only potentially depress atmospheric CO2, but also weaken dependence on fossil fuel. Herein, 1 wt % Pt/CuAlGaO4 photocatalyst was successfully synthesized and fully characterized by ultraviolet-visible light (UV-vis) spectroscopy, X-ray diffraction (XRD), Field emission scanning electron microscopy using energy dispersive spectroscopy analysis (FE-SEM/EDS), transmission electron...
Throughout this project, we developed and optimized various photocatalyst structures for CO{sub 2} r...
氣候的變遷及能源短缺提升了對於溫室氣體減量與能源回收的關注,利用光催氫化CO2成為有機化合物,以達到降低大氣中CO2的濃度與產生具價值再生能源的最佳路徑為”人工光合作用”;而其中最關鍵的部分為氫化CO...
[EN] In the context of developing renewable fuels for transportation based on Solar light ("Solar Fu...
Photo-hydrogenation of carbon dioxide (CO2) is a green and promising technology and has received muc...
Photo-hydrogenation of carbon dioxide (CO2) is a green and promising technology and has received muc...
While researchers are trying to solve the world's energy woes, hydrogen is becoming the key componen...
It is attractive to convert CO2 greenhouse gas into valuable compounds via photocatalysis with solar...
PubMed ID: 26807649The efficient gas phase photocatalytic hydrogenation of CO2 into a desirable rene...
CO2 capture and storage is a fundamental research topic in order to decrease the concentration of su...
On the off chance that methods which reduce the global CO2 content are unavailable and inefficient, ...
CO2 photoreduction, a growing field in green catalysis, shows great potentialities to avoid fossil f...
For achieving water splitting into hydrogen under sunlight for practical applications, the high effi...
With advancements in the development of visible light responsive catalysts for H2 production frequen...
Photocatalytic hydrogenation of carbon dioxide is one of the promising technologies which can conver...
CuO/TiO2 photocatalysts were prepared and shown to enhance the rate of CO2 photoreduction and the pr...
Throughout this project, we developed and optimized various photocatalyst structures for CO{sub 2} r...
氣候的變遷及能源短缺提升了對於溫室氣體減量與能源回收的關注,利用光催氫化CO2成為有機化合物,以達到降低大氣中CO2的濃度與產生具價值再生能源的最佳路徑為”人工光合作用”;而其中最關鍵的部分為氫化CO...
[EN] In the context of developing renewable fuels for transportation based on Solar light ("Solar Fu...
Photo-hydrogenation of carbon dioxide (CO2) is a green and promising technology and has received muc...
Photo-hydrogenation of carbon dioxide (CO2) is a green and promising technology and has received muc...
While researchers are trying to solve the world's energy woes, hydrogen is becoming the key componen...
It is attractive to convert CO2 greenhouse gas into valuable compounds via photocatalysis with solar...
PubMed ID: 26807649The efficient gas phase photocatalytic hydrogenation of CO2 into a desirable rene...
CO2 capture and storage is a fundamental research topic in order to decrease the concentration of su...
On the off chance that methods which reduce the global CO2 content are unavailable and inefficient, ...
CO2 photoreduction, a growing field in green catalysis, shows great potentialities to avoid fossil f...
For achieving water splitting into hydrogen under sunlight for practical applications, the high effi...
With advancements in the development of visible light responsive catalysts for H2 production frequen...
Photocatalytic hydrogenation of carbon dioxide is one of the promising technologies which can conver...
CuO/TiO2 photocatalysts were prepared and shown to enhance the rate of CO2 photoreduction and the pr...
Throughout this project, we developed and optimized various photocatalyst structures for CO{sub 2} r...
氣候的變遷及能源短缺提升了對於溫室氣體減量與能源回收的關注,利用光催氫化CO2成為有機化合物,以達到降低大氣中CO2的濃度與產生具價值再生能源的最佳路徑為”人工光合作用”;而其中最關鍵的部分為氫化CO...
[EN] In the context of developing renewable fuels for transportation based on Solar light ("Solar Fu...