Махмадуллоев З.Н. «Об одной нелокальной краевой задаче для уравнения колебаний мембраны» Доклады академии наук республики Таджикистан, 49, № 3, с. 215-220 (2006)

In the articl for the eduation of vibration membrane, the presence of classical solution of the composite and non-local proposion is is indentified membrane. At the present moment the solution of th composition is found on the aspect of biortogonal Furie doublemeasural range on the base of their system of proper and junctional functions.

Одилов О.Ш., Салихов Т.Х. «Влияние диссипации на параметры оптоакустического сигнала первого и второго звуков в сверхтекучем гелии» Доклады академии наук республики Таджикистан, 49, № 3, с. 234-238 (2006)

The effect of dissipation on parameters optoacoustic of a signals in superfluid helium is investigated. Is showed, that dissipations influences both amplitude, and on a phase, however this effect on phases of generated signals is considerable. Then, apparently, precision a measurement of a phase of these signals allows will carry out to independent investigation of irreversible processes in superfluid helium.

Сакиев С.Н., Расулов С.Н., Лакаев А., Чориев Ф. «Термозвукометрия монокристалла пентагидрата меди и таблетированного порошка карбоната аммония на двухканальной акустико-эмиссионной системе PCI-2 компании PAC» Доклады академии наук республики Таджикистан, 49, № 3, с. 239-243 (2006)

In the given paper, the kinetics of an acoustic emission (AE) was investigated at decomposition of monocrystals of pentahydrate of copper (PHC) and is model - tablets from a powder of ammonium carbonate (AK), having utilized instrumentation of the last generation – Acoustic emission double-channel system PCI-2 companies РАС (Physical Acoustics Corporation). In both cases the intensity AE is stipulated by velocity of a germing and propagation of micro-cracks in samples PHC and AK, but the process AE in them goes variously, that is stipulated by topochemical character of decomposition of monocrystals PHC as against tablets of powder AK. It is shown, that AE the method has a major perspective at study of a kinetics of decomposition both crystalline, and powdery materials. The major selfdescriptiveness of a method AE was marked at study of topochemical reactions, where the identification of simple acoustic signals, will help with further to locate and stage thermodestruction of a crystal.