http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
腰薦推部 先天的 畸形에 對한 放射線 檢診에 依한 統計的考察
柳在雲 최신의학사 1974 最新醫學 Vol.17 No.12
The purpose of this study is to summarize the congenital anomalies of the lumbosacral spine and exhibit the statistical data for these anomalies. This study was done at 1152 candidates random sample of people which got the pre-employment examination of the lumbosacral spine in Hwa-Soon Coal Mining Company in Hwa-Soon Gun from 1965 to 1973. This pre-employment examination of the lumbosacral spine is . required by many heavy industrial organizations and companies in anywhere of the world. And therefore, this examnation has decreased the industrial disaster compensatory money very much. The result of this study revealed that the following asymptomatic condition of the lumbosacral spine should not be employed for assigning to heavy labor in the industrial hygienic standpoint as the basic policy for the pre-employment. 1) Asymptomatic spina bifida oculta. 2) Lumbarization of first sacrum. 3) Asymptomatic asymmetric facets. 4) Asymptomatic latent spondylolys.is or spondylolisthesis. 5) Sacralization of last lumbar. 6) Accessory ossification center. 7) Columnar or block vertebra. 8) OEt.oarthritic change. etc. The order of frequency in significant anomalies is as follows. Spina bifida of first sacral spine is the highest inscidense, 16.9%, next was lumbarization of first sacral spine, 9.9% thirdly, asymmetrical facets of lumbosacral joints, 8.1%, for:rthly, spondylolysis and spondylolisthesis, 5.5%, fiftly, extrasegment 4.8%, sithly, sacrization 2.3%, My statistical study has prohibit that spina bifida is the most common congenital anomaly of lumbosacral spine. These studies would bring some interest not only to the orthopedist but also to radiologist in academic standpoint.
韓服地의 力學的 特性에 關한 硏究 : (第2報)女子用 秋冬韓服地 (Part 2)On the Women's Fall & Winter Fabrics
成秀光,高在運,權五敬 한국의류학회 1988 한국의류학회지 Vol.12 No.2
In the part 1, relations were found between fundmental mechanical properties and primary hand values, performance of Korean women's summer fabrics. In this paper, in order to investigate the hand values and mechanical properties such as tensile, shearing, bending, compression, surface and thickness & weight of the women's fall & winter fabrics were measured by KES-F system. Sorts of 90 commercial fabrics for women's fall & winter clothes were classfied into 39 silk and 51 polyester fabrics according to meterials. The experimental results were analysed statistically to relate the hand values and the mechanical properties and concerning to formation of weared clothes and transformation behavior were investigated. Furthermore, there mechanical properties as well as their hand values were discussed in comparison with those values for kimono fabrics. The main results are summarized as follows; 1. The shape of silk fabrics in formation for weared clothes show a box-shaped silhouette. Polyester fabrics has a easy to shape-less and make a silhouette which goes along with the body. 2. Silk fabrics for Korean women's fall & winter clothes have ±1σ range of bending, shearing, surface properties and thickness as compared with kimono fabrics. 3. A wrinkle recovery and drapability of silk fabrics for Korean women's fall & winter clothes are inferior to kimono fabrics. On the other hand, the fabrics for Korean women's fall & winter clothes have conical-shaped silhouette based on higher bending rigidity. 4. Except for flexibility with soft feeling, a primary factor of mechanical properties contributes to the hand values of fabrics for Korean women's fall & winter clothes having no concern with materials were same as the women's summer fabrics. 5. As for the hand values of fabrics for Korean folk clothes, stiffness, anti-drape stiffness are larger than those of kimono fabric and stiffness, anti-drape stiffness, crispness of fabrics for Korean women's fall & winter clothes have smaller values as compared with Korean women's summer fabrics.
김태규,서영성,권오경,고재운 한국의류산업학회 2002 한국의류산업학회지 Vol.4 No.5
This study is conducted to examine the heat/moisture transport properties and wearing performance of high-tech fabrics for comfortable sportswear which have several factors such as fiber type, fiber content, yarn number, yarn density, weaves and areal weight by means of KES--F system measuring device with 15 kinds of fabrics in which the therproperties included the basic mechanical properties. And also the moisture transport properties were measured by standard test method. Finally, we have obtained useful specification for fabrication the quickly wick perspiration/drying high-tech fabrics for comfortable sportswear. (1) The specially-engineered polyester fibers used in woven fabrics (brushed fabric and normal fabrics) transport perspiration away from body to the surface of the garment, where it can evaporate quickly. At the same time, fabric dries quickly. Fabric can be machine-washed and retain its shape for long time. (2) Develfabric (#PK-3) is a new type of specialty knitted fabric. It has a double-layer construction consisting of a dry layer and a moisture absorbing layer, and offers perspiration absorption and transpiration properties that are ideal for sports activities in which the wearer perspires heavily. During and after exercise, perspiration is quickly wicked to the outside, leaving the skin always feeling dry and comfortable.