A Study on the Ink Writing Marks of the Wood-block Printing (The Lotus Sutra (Myobeopyeonhwagyeong) in Goryo Dynasty in Girimsa Temple

2020 ◽  
Vol 41 ◽  
pp. 1-29
Author(s):  
Kyung-nan Nam
Keyword(s):  
Coatings ◽  
2021 ◽  
Vol 11 (2) ◽  
pp. 253
Author(s):  
Ruslan Rushanovich Safin ◽  
Aigul Ravilevna Shaikhutdinova ◽  
Ruslan Khasanshin ◽  
Shamil Mukhametzyanov ◽  
Albina Safina

This work is devoted to the study of the effect of ultraviolet rays for the surface activation of pine wood thermally modified at temperatures of 180−240 °C in order to increase the surface roughness, enhance the wettability of thermal wood and the adhesive strength of the glue in the production of wood block furniture panels. Studies were carried out to measure the contact angle of wettability of thermally modified wood samples of pine, as a result of which it was determined that the ultraviolet treatment process contributes to an increase in the adhesion properties of the surface layer of thermally modified wood by more than 13% due to the reactivity of ultraviolet rays to oxidize and degrade ligno-containing wood products. At the same time, the most active process of surface activation takes place during 60 min of ultraviolet irradiation of wood with a total irradiation of at least 125 W/cm2. It was revealed that the combined effect of two-stage wood processing, including preliminary volumetric thermal modification followed by surface ultraviolet treatment, causes an increase in the moisture resistance of glued wood products by 24%. So, if the strength of the glue seam when gluing natural wood samples after boiling decreased by 46%, then the samples that underwent two-stage processing showed a decrease only by 22%. In connection with the results obtained, an improved technology for the production of furniture boards for the manufacture of moisture-resistant wood products is proposed.


2020 ◽  
Vol 40 (1) ◽  
pp. 79-104
Author(s):  
Imtiyaz Yusuf
Keyword(s):  

IFLA Journal ◽  
2021 ◽  
pp. 034003522110237
Author(s):  
Paulina Kralka ◽  
Marya Muzart

The British Library’s Stein collection contains about 14,000 scrolls, fragments and booklets in Chinese from a cave in the Buddhist Mogao Caves complex near Dunhuang in north-west China. This article describes storage and access solutions for the collection in the context of a busy research library and the currently ongoing Lotus Sutra Manuscripts Digitisation project. The article presents the various technical and organisational challenges that its rehousing presents to the library conservators. Restricted by the existing storage facilities, budget limitations and tight project deadlines, the conservators must provide housing that is adequate for the scroll format, is practical and prevents dissociation, but is also cost- and time-effective. With the best storage practice in mind, they have developed original solutions, balancing the specific housing requirements and constraints. These storage solutions allow the conservators to ensure the long-term safety and accessibility of the collection while laying down a foundation of standardisation that will ensure a homogeneity of approaches for future projects.


2021 ◽  
Author(s):  
Justin Chan ◽  
Stephen Bonser ◽  
Michael M. Kasumovic ◽  
Jeff Powell ◽  
William Kirkham Cornwell

Competition is a key biotic factor that often structures natural communities. Many attempts to disentangle how competition shapes natural communities have relied on experiments on simplified systems or through simple mathematical models. But these simplified approaches are limited in their ability to represent the complexity seen in more natural settings. Here, we considered the competitive pairwise dynamics between four saprotrophic fungal species. We tested whether the contextual environment changed these dynamics, repeating competitive experiments in a simple agar media and a more ecologically realistic wood block setting. We found that the competitive outcomes on agar media differed from those within the wood blocks. While superior competitors were identified across all pairwise interactions on agar, within the wood blocks, two of six interactions resulted in deadlock, where neither competitor could breach territory of the other, and one interaction resulted in a reversed competitive outcome. These results suggest that the complexity within natural substrates can alter the strength of interspecific interactions and may contribute to coexistence and the resulting high diversity of fungi often observed within wood.


2018 ◽  
Vol 63 ◽  
pp. 147-186
Author(s):  
Myeong-Hui Cheon
Keyword(s):  

Author(s):  
Artem V. Mesheznikov ◽  

Introduction. The collection of Sanskrit manuscripts of the Lotus Sutra is a richest one in the Serindian Collection of the Institute of Oriental Manuscripts (RAS, 27 call numbers). Most of the fragments of the Sanskrit Lotus Sutra from the Serindian Collection belong to the Central Asian edition, including the famous Kashgar manuscript by N. F. Petrovsky that is the most extensive version of the Sutra (about 400 folios) and the core of the Sanskrit manuscripts containing the text of ‘Saddharmapuṇḍarīka’. Most of the Sanskrit manuscripts of the Lotus Sutra in the Serindian Collection were compiled in the southern oases of the Tarim Basin and made in poṭhī format. The texts of these manuscripts were written in Southern Turkestan Brāhmī in black ink on paper. According to paleographic data, these manuscripts can be dated to the 8th–9th centuries AD. Goals. The article seeks to introduce into academic circulation a new fragment of the Sanskrit Lotus Sutra from the Serindian Collection of the IOM (RAS). The new unpublished fragment of the Lotus Sutra stored under call number SI 6584 has been identified relatively recently. It is an excerpt from Chapter XVIII of the Lotus Sutra (‘The Chapter Describing the Religious Merit [Obtained through] Joyful Participation [in Dharma]’, ‘Anumodanāpuṇyanirdeśaparivartaḥ’). According to paleographic and codicological characteristics, the new fragment is very close to another previously published manuscript of the Lotus Sutra stored in the Serindian Collection under call number SI 1934. The article describes the external features of both manuscripts (SI 1934 and SI 6584), transliterates, translates and compares fragment SI 6584 to the other well-known texts of the Lotus Sutra. The paper also contains a facsimile reproduction of fragment SI 6584. Conclusions. As compared to other texts of the Lotus Sutra, fragment SI 6584 belongs to the Central Asian edition of ‘Saddharmapuṇḍarīka’, and its text is almost identical to that of the Kashgar manuscript by N. F. Petrovsky (fol. 335b–337a).


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