Автоколебания газа в установках с горением. Ларионов В.М - 213 стр.

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116. Галиуллин Р.Г., Тимохина Л.А., Филипов С.Е. Резонансные ко-
лебания в закрытой трубе со скачком температуры // Авиаци-
онная техника. 2002. № 4. С. 33–36. (Изв. высш. учеб.
заведений).
117. Yoon H.G., Peddieson J.J., Kenneth R.P. Mathematical modeling
of a generalized Rijke tube // Engineering Science. 1998. Vol.36.
P.1235–1254.
118. Lieuwen T., Zinn B.T. Application of multipole expansions to
sound generation from ducted unsteady combustion process //
Sound and Vibration. 2000. Vol. 235, N 3. P.405–414.
119. Bisio G., Rubato G. Sondhauss and Rijke oscillations – thermody-
namic analysis, possible applications and analogies // Energy.
1999. Vol.24. P.117–131.
120. Lawn C.J. Interaction of the acoustic properties of a combustion
chamber with those of premixture supply // Sound and Vibration.
1999. Vol. 224. N5. P. 785–808.
121. Fleifil M., Annaswamy A.M., Ghoneim Z.A. and Ghoniem A.F.
Response of a laminar premixed flame to flow oscillations:
a kinematic model and thermoacoustic instability results // Com-
bustion and Flame. 1996. Vol.106. P.487–510.
122. Im H.G., Law C.K., Kim J.S., Williams F.A. Response
of counterflow diffusion flames to oscillating strain rates // Com-
bustion and Flame. 1995. Vol. 100. P. 21–30.
123. Boshoff–Mostert L., Viljeen H.J. Analysis of combustion–driven
acoustics // Chemical Engineering Sciences. 1998. Vol. 53, N9.
P. 1679–1687.
124. Artyukh L.Y., Itskova P.G., Lukyanov A.T. Mathematical model-
ing of stabilitity of a nonadiabatic laminar premixed flame // Heat
Mass Transfer, 1997. Vol. 40, N9. P.2235–2240.
125. Ржевкин C.H. Курс лекций по теории звука. М.: Изд-во Моск.
ун-
та, 1960. 336 с. 
116. Галиуллин Р.Г., Тимохина Л.А., Филипов С.Е. Резонансные ко-
     лебания в закрытой трубе со скачком температуры // Авиаци-
     онная техника. 2002. № 4. С. 33–36. (Изв. высш. учеб.
     заведений).
117. Yoon H.G., Peddieson J.J., Kenneth R.P. Mathematical modeling
     of a generalized Rijke tube // Engineering Science. 1998. Vol.36.
     P.1235–1254.
118. Lieuwen T., Zinn B.T. Application of multipole expansions to
     sound generation from ducted unsteady combustion process //
     Sound and Vibration. 2000. Vol. 235, N 3. P.405–414.
119. Bisio G., Rubato G. Sondhauss and Rijke oscillations – thermody-
     namic analysis, possible applications and analogies // Energy.
     1999. Vol.24. P.117–131.
120. Lawn C.J. Interaction of the acoustic properties of a combustion
     chamber with those of premixture supply // Sound and Vibration.
     1999. Vol. 224. N5. P. 785–808.
121. Fleifil M., Annaswamy A.M., Ghoneim Z.A. and Ghoniem A.F.
     Response of a laminar premixed flame to flow oscillations:
     a kinematic model and thermoacoustic instability results // Com-
     bustion and Flame. 1996. Vol.106. P.487–510.
122. Im H.G., Law C.K., Kim J.S., Williams F.A. Response
     of counterflow diffusion flames to oscillating strain rates // Com-
     bustion and Flame. 1995. Vol. 100. P. 21–30.
123. Boshoff–Mostert L., Viljeen H.J. Analysis of combustion–driven
     acoustics // Chemical Engineering Sciences. 1998. Vol. 53, N9.
     P. 1679–1687.
124. Artyukh L.Y., Itskova P.G., Lukyanov A.T. Mathematical model-
     ing of stabilitity of a nonadiabatic laminar premixed flame // Heat
     Mass Transfer, 1997. Vol. 40, N9. P.2235–2240.
125. Ржевкин C.H. Курс лекций по теории звука. М.: Изд-во Моск.
     ун-та, 1960. 336 с.

                                  212

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