An optical transmission method was used in-situ to measure the rate of pyrolytic deposition from Mn_2(CO)_(10) induced by a CW CO_2 laser. The effect of the laser intensity, Mn_2(CO)_(10) vapor pressure and added gase...An optical transmission method was used in-situ to measure the rate of pyrolytic deposition from Mn_2(CO)_(10) induced by a CW CO_2 laser. The effect of the laser intensity, Mn_2(CO)_(10) vapor pressure and added gases (CO, O_2 and Ar) on the deposition rate has been examined.展开更多
文摘An optical transmission method was used in-situ to measure the rate of pyrolytic deposition from Mn_2(CO)_(10) induced by a CW CO_2 laser. The effect of the laser intensity, Mn_2(CO)_(10) vapor pressure and added gases (CO, O_2 and Ar) on the deposition rate has been examined.
