粘接
粘接
점접
2015年
8期
74-78
,共5页
武望婷%盛扬%施继龙%刘冬雪%欧阳启明
武望婷%盛颺%施繼龍%劉鼕雪%歐暘啟明
무망정%성양%시계룡%류동설%구양계명
小麦淀粉%小麦面粉%陈化%剥离强度
小麥澱粉%小麥麵粉%陳化%剝離彊度
소맥정분%소맥면분%진화%박리강도
wheat starch%wheat flour%standing time%peeling strength
以传统书画装裱粘接剂所用的小麦面粉和淀粉为原料,采用快速黏度分析仪(RVA)试其黏度,对比2种粉在不同浓度、最高温度、搅拌时间和速率下糊化曲线,测试了不同陈化时间对成糊淀粉粘接力的影响,及老化裱件的色差、pH值和剥离强度。结果表明,糊化曲线受粉种类和条件影响不大;陈化时间越长,剥离强度越小。
以傳統書畫裝裱粘接劑所用的小麥麵粉和澱粉為原料,採用快速黏度分析儀(RVA)試其黏度,對比2種粉在不同濃度、最高溫度、攪拌時間和速率下糊化麯線,測試瞭不同陳化時間對成糊澱粉粘接力的影響,及老化裱件的色差、pH值和剝離彊度。結果錶明,糊化麯線受粉種類和條件影響不大;陳化時間越長,剝離彊度越小。
이전통서화장표점접제소용적소맥면분화정분위원료,채용쾌속점도분석의(RVA)시기점도,대비2충분재불동농도、최고온도、교반시간화속솔하호화곡선,측시료불동진화시간대성호정분점접력적영향,급노화표건적색차、pH치화박리강도。결과표명,호화곡선수분충류화조건영향불대;진화시간월장,박리강도월소。
Using wheat starch and wheat flour, used as the binding materials in the traditional mounting of calligraphies and paintings, as the raw materials, their gelatinized products were investigated by using a rapid viscosity analyzer(RVA). The gelatinization curves obtained from the both materials at different concentrations, peak temperatures, mixing times and shirring speeds were compared. The effects of standing time on the adhesion of gelatinized starch and of ageing on the peeling strength, colour shading and pH value of the mounting samples were tested. The results showed that the effect of the wheat variety and the gelatinization conditions on the gelatinization curves was not conspicuous; the longer the standing time, the lower the peeling strength.