1995
DOI: 10.1501/tad_0000000201
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Çagdaş Türk Ti̇yatrosu Müzi̇gi̇ni̇n Geleneksel Kaynaklari

Abstract: Bu bildiride, geleneksel Türk müzikleri hakkında bir açılım yapılma-ya ve bunların günümüz tiyatro uygulamalarında ele alınış biçimleri sergilenmeye çalışılacaktır. Bu konu çerçevesinde bazen geçmişte yapılan uygulamalardan da söz edilmekle birlikte asıl değinilecek noktayı, günü-müz Türk tiyatrosu müziğinin oluşumuna etki eden anlayışlar oluştura-caktır.Türkiye'de tiyatro sanatı gibi müzik sanatı da belirli dönemlerde değişimler geçirmiş ve günümüze dek gelenekselolarak kuşaktan kuşağa aktarılarak varlığını s… Show more

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“…Poly- (GMA) 167 277 -418 274 285 297 328 363 9.7 untreated 279 -360 -339 352 361 370 395 20.4 p-gma 214 290 345 400 330 346 361 378 408 18.5 Where T d 5 temperature of decomposition; T i 5 initial decomposition temperature; RM 5 residual mass. This has also been reported in other studies using MMAhardened hybrid poplar wood [33], styrene, and methyl methacrylate to treat maritime pine and poplar wood [34], in treatment of poplar wood by polyacrylonitrile [35] and Mahang wood modified by methyl methacrylate (MMA) in combination with a trimethylolpropane trimethacrylate crosslinker [36]. The increase on MOE is due to the penetration of the polar monomer GMA into the wood cell wall, with subsequent grafting onto lignocellulosic fibers.…”
Section: Mechanical Evaluationsupporting
confidence: 71%
“…Poly- (GMA) 167 277 -418 274 285 297 328 363 9.7 untreated 279 -360 -339 352 361 370 395 20.4 p-gma 214 290 345 400 330 346 361 378 408 18.5 Where T d 5 temperature of decomposition; T i 5 initial decomposition temperature; RM 5 residual mass. This has also been reported in other studies using MMAhardened hybrid poplar wood [33], styrene, and methyl methacrylate to treat maritime pine and poplar wood [34], in treatment of poplar wood by polyacrylonitrile [35] and Mahang wood modified by methyl methacrylate (MMA) in combination with a trimethylolpropane trimethacrylate crosslinker [36]. The increase on MOE is due to the penetration of the polar monomer GMA into the wood cell wall, with subsequent grafting onto lignocellulosic fibers.…”
Section: Mechanical Evaluationsupporting
confidence: 71%