Time-of-Flight Techniques

The main implications of the new remote detection methodology are the sensitivity enhancement, which can be several orders of magnitude in certain applications, the option to study flow transiently with time-of-flight techniques and the broadening of the application range of NMR and MRI to samples that were previously... 

DOPPLER-SELECTED TIME-OF-FLIGHT TECHNIQUE A VERSATILE THREE-DIMENSIONAL VELOCITY MAPPING APPROACH... 

The photodissociation of jet-cooled methyl from a flash pyrolysis source has also been studied at 216.3 nm using the hign-n Rydberg atom time-of-flight technique by Wilson and co-workers.113 The H-atom time-of-flight spectrum indicates that predissociation of Cl l s(/)2 ) at 216.3 nm predom-... 

Laquai F, Wegner G, frn C, Bassler H, Heun S (2006) Nondispersive hole transport in carbazole- and anthracene-containing polyspirobifluorene copolymers studied by the charge-generation layer time-of-flight technique. J Appl Phys 99 033710... 

The diffusion coefficients of the ions can be determined through time-of-flight techniques. For a liquid crystalline material between two ITO coated plates with an initial voltage V, a sudden increase in the voltage to Vi allows the ionic mean transit time t j and the ion mobility to be determined by the relations [69] ... 

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