IR laser thermolysis and UV laser photolysis of gaseous 1,3-diethyldisiloxane proceed via different mechanisms: the former involves 1,1-H2 and ethene elimination, whereas the latter is dominated by 1,1-H2 and ethane elimination. The difference plays an important role in determining the composition of the solid nanotextured films deposited from the gas phase.
气态 1,3-
二乙基二
硅氧烷的红外激光热解和紫外激光光解通过不同的机制进行:前者涉及 1,1-H2 和
乙烯消除,而后者主要是 1,1-H2 和
乙烷消除。这种差异在确定气相沉积的固体纳米纹理薄膜的成分方面起着重要作用。