Font Size: a A A

Research And Application Of Wild Plants In Western Heilongjiang Material Of Sculpture Creation

Posted on:2016-10-09Degree:MasterType:Thesis
Country:ChinaCandidate:F TengFull Text:PDF
GTID:2295330470961357Subject:Fine Arts
Abstract/Summary:PDF Full Text Request
The subject of the use of art science, materials science knowledge, the study of Wes tern Heilongjiang province region can be applied with thesculpture art of wild plants. Th e western region of Heilongjiang Provincewild vegetation types and very distinct charact eristics. In addition to reed,cattailand sedge dominated by sedges, and iris class, mallow clas s,Epilobium class, hemp and other types of. The sculpture, reed, cattail and sedge is relati vely suitable for the application, the reed has becomethe western region of Heilongjiang Province wild plant material sculpture art creation practice body of material because of its unique natural features and fiber characteristics. Softening and solidification processingis the first step of wild vegetation as sculpture material carrier used in the western region of Heilongjiang Province wild vegetation, it is also a linktechnology and science of the str ongest. For different types of wildvegetation, softening and hardening treatment should be adopteddifferent methods. In the curing stage, according to reed should take cold bleachi ng method primarily, in Typha should take heat bleaching processbased, for the sedge vege tation to sedge dominated by scouring and bleaching method should be. The other specie s of wild plants shouldhypochlorite bleaching method based nano. Application of Western Heilongjiang Province wild grass materials in sculpture art creation is the foothold of thi s research subject. In the western part of Heilongjiang Province wild vegetation materia l used in sculpture art to grasp from three aspects of material form, color, material means of production.
Keywords/Search Tags:Western Heilongjiang, wild plants, materials, sculpture, application
PDF Full Text Request
Related items