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|Title:||Photolysis of lead azide in contact with copper oxide (I)|
|Authors:||Surovoy, E. P.|
Bugerko, L. N.
Rasmatova, S. V.
|Keywords:||photolysis; lead azide; lead; contacts; copper oxide; velosity; photocurrent; absorption; additions; spectral sensitivity; preliminary processing; light; analysis; measurements; voltampere characteristic; contact potential difference; contact photo-emf; generation; recombination; redistribution; nonequilibrium carrier; contact fields; microheterogeneous systems; photolytic products; final products|
|Publisher:||Томский политехнический университет|
|Citation:||Surovoy E. P. Photolysis of lead azide in contact with copper oxide (I) / E. P. Surovoy, L. N. Bugerko, S. V. Rasmatova // Bulletin of the Tomsk Polytechnic University. — 2006. — Vol. 309, № 4. — [P. 83-87].|
|Abstract:||It is stated that alongside with decrease of photolysis velocity and photocurrent in the area of intrinsic absorption of lead azide the addition of Cu2O extends the range of spectral sensitivity, but preliminary processing of the system by light (?=365 nm) increases photolysis velocity. As a result of analysis of volt-ampere characteristic measurements, contact potential difference, contact photo-emf the model of system PbN6(Ам)-Cu2O photolysis including stages of generation, recombination, redistribution of nonequilibrium carrier in a contact field, formation of microheterogeneous PbN6(Ам)-Pb systems (photolytic product), as well as formation of photolytic final products is proposed.|
|Appears in Collections:||Известия ТПУ|
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