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- 저자 : M. Mashuri (검색결과 2 건)
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Agus Iswanto,Wiwin Indiarti,Mashuri,M. Agus Noorbani,Mahmudah Nur,Fiqru Mafar,Sastri Sunarti 국립민속박물관 2023 International Journal of Intangible Heritage Vol.18 No.-
Manuscript-reading tradition in Indonesia has recevied little attention by scholars, while in fact this tradition is still practised by communities, in various rituals which may be called ‘living manuscripts’. This study explains how the manuscript-reading tradition can be maintained and preserved as a living heritage. This study focuses on a manuscript-reading session related to a ritual – namely, the mocoan lontar Hadis Dagang – supported only by one Osing family in Banyuwangi, East Java, Indonesia. The study was conducted based on the manuscript, manuscript-reading tradition and the associated ritual, thus requiring an interdisciplinary approach of manuscript studies, tradition studies and community studies. The findings indicate that – a tradition of manuscript reading maintained and preserved by a ritual – can be a living heritage and plays a role in safeguarding another intangible cultural heritage contained in these traditions. The ritual and manuscript-reading tradition, however, are under threat because the family members can no longer perform the manuscript-reading tradition, even though they support the tradition.
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Synthesis and thermomechanical characterization of PEG/cristobalite composites
S. Pratapa,T. Wahyuni,N. A. Fauziyah,G. A. Apriliyana,M. Mashuri,S. Firdaus 대한기계학회 2017 JOURNAL OF MECHANICAL SCIENCE AND TECHNOLOGY Vol.31 No.8
Synthesis and thermomechanical characterization of polyethylene glycol-silica cristobalite composites have been successfully performed. Commercial Polyethylene glycol (PEG) 4000 and natural-silica-sand-derived cristobalite (SiO 2 ) powders were used in this research. The cristobalite ceramic powder was produced by a coprecipitation method using silica sand from Tanah Laut, South Kalimantan as the raw material. XRD data analysis for the cristobalite powder showed that it contained 98.8 wt% cristobalite and 1.2 wt% tridymite -both are polymorphs of silica. The PEG-cristobalite composition was varied in the composites at PEG weight fraction of 100, 80, 60 and 40 %. PEG and cristobalite dry powders were simply mixed and then uniaxially pressed before a heat treatment at 50 °C to form dense composite prior to characterization. Further FTIR and XRD data analyses for the densed samples showed the success of the formation of the composite. The thermomechanical properties was characterised using Dynamic mechanical analysis (DMA) instrument with shear mode. In general, at all measurement temperatures, the storage modulus (G’) of the composites was significantly improved with the addition of cristobalite, e.g. its values for 60 % cristobalite sample was 13 times that of the pure PEG sample. The pure samples showed a rubbery plateau behaviour which was not found in the composite samples. It was also found that by increasing the amount of cristobalite, the glassy transition temperature (T g ) increase from 56 °C for the pure and 68 °C for the 60 % cristobalite samples respectively.
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