The first experiments involving this technique utilized the compound iodocyanide, in which the iodine-carbon bond was observed. The ionization of sodium iodide has also been observed extensively. Typically, an initial laser pulse is fired to excite a molecule to a dissociative state, and then a second pulse is set at an absorption of one of the free fragmentation products, so its absorption is a measure of the abundance of the dissociation product. FTP, identify this branch of chemistry used to observe the dissociation of molecules on the order
The first experiments involving this technique utilized the compound iodocyanide, in which the iodine-carbon bond was observed. The ionization of sodium iodide has also been observed extensively. Typically, an initial laser pulse is fired to excite a molecule to a dissociative state, and then a second pulse is set at an absorption of one of the free fragmentation products, so its absorption is a measure of the abundance of the dissociation product. FTP, identify this branch of chemistry used to observe the dissociation of molecules on the order of 10-15 seconds, developed by Ahmed Zewail.
The first experiments involving this technique utilized the compound iodocyanide, in which the iodine-carbon bond was observed.
{femtosecond spectroscopy} or {femtochemistry}