β Scribed by David M. Foster; David G. Covell; Mones Berman
No coin nor oath required. For personal study only.
A method of deconvolution is illustrated using compartmental models. The approach can be used to determine an arbitrary unknown input function from a measured response and the impulse response of the system. Compartmental models are constructed to specify (a) the function fitting the response data and (b) the impulse response of the system. Simulation of these models is then used to construct the unknown input function.
π SIMILAR VOLUMES
A central issue in the utilization of ion mobility spectrometry for chemical analysis is the proper interpretation of ion mobility spectra and the assignment of peak identities. Ion mobility spectra for contemporary drift tubes generally produce broad peaks and simple patterns without obvious detail
Deprotection of a variety of N-tosylaziridines with sodium naphthalenide provided the corresponding N-Haziridines in excellent yield. No single electron transfer (SET) induced aziridine ring opening was seen under the conditions employed for the deprotection reaction.