1) die stone model
超硬石膏模型
1.
Experimental study of the disinfecting effect of die stone powder mixed with disinfectant on the die stone model
调合法消毒对超硬石膏模型的消毒效果的实验研究
2) die stone
超硬石膏
1.
The effect of water/powder ratio on accuracy and hardness of die stone models;
超硬石膏材料水粉比对模型精度和表面硬度的影响
2.
Investigation and classification in the amount of die stone of work model on denture restoration;
义齿修复工作模型超硬石膏用量的调查及分类
3.
Aim: To evaluate the surface hardness and abrasion resistance of die stone model with the application of a new gypsum surface hardener.
目的:测定涂布超硬石膏表面硬化剂有机硅树脂前后石膏模型的表面硬度和抗磨损性能,为该石膏表面硬化剂的临床应用提供依据。
3) modle gypsum
模型石膏
1.
The present paper delt with the influence of several additives such as water reducing agent of N and colloidal silica on the performances including setting time and strength and absorption rate and attack rate of modle gypsum,.
研究了N型减水剂、硅溶胶等添加剂对模型石膏凝结时间、强度、吸水率、溶蚀率等性能的影响,并确定了有关性能与添加量之间的关系,得出了最佳添加量。
4) plaster cast
石膏模型
1.
After correction,all the patterns were evaluated,so the best pattern was chosen and compared with the plaster cast and the relationship could be found.
为更加准确地定量分析旗袍空间省量分配和侧缝线的形态关系,以旗袍基本纸样为基础变化出5种不同的省量分配方案的纸样,制作成样衣并修正;对5种纸样进行了综合评价,将具有最好效果的纸样和石膏模型展开图覆合,分析了省量分配与侧缝形态的关系。
5) plaster mould
石膏模型
1.
The article analyzed the factors affecting the working life of plaster mould during the period from preparation to application and emphasized the importance of extending the working life.
本文分析了卫生瓷石膏模型从制作到使用影响其使用寿命的各相关因素,强调了延长其使用寿命的重要性,相信对同行企业有一定的借鉴和指导作用。
2.
This paper deals with the effect of adding polyvinyl alcohol (PVA),polyvinyl formal (PVA) and methyl cellulose (MC) on the performance of plaster mould.
研究了分别以聚乙烯醇 (PVA )、聚乙烯醇缩甲醛 (PVF)和甲基纤维素 (MC)为添加剂对石膏模型性能的影响。
6) plaster mold
石膏模型
1.
Utilizing the polymerization of organic materials and decomposition of inorganic materials,a high strength, wearable and porous thin coating on the working surface of plaster mold was formed, whichreduced the defects of roller forming and prolonged the service life of the mold.
利用有机物的聚合反应和无机物的低温分解反应,在石膏模型的工作表面形成高强、高耐磨、多孔的薄层,可减少滚压成形缺陷并提高模型使用寿命。
补充资料:硬石膏
硬石膏 anhydrite 硫酸盐矿物 。成分为Ca[SO4]。正交(斜方)晶系,晶体呈柱状或厚板状;集合体呈块状或纤维状。无色、白色,或因含杂质而呈浅灰色、浅蓝色或浅红色。玻璃光泽,具三组相互垂直的解理,可裂成长方形解理块。莫氏硬度3~3.5,比重2.98。主要为化学沉积产物,大量形成于潟湖和内陆盐湖中,常与石膏、石盐和钾石盐等伴生。暴露在地表时易水化而成石膏。世界著名产地有波兰的维利奇卡,奥地利的布莱贝格,德国的施塔斯富特,瑞士的贝城,美国的洛克波特,中国南京的周村等。主要用于制造农肥和代替石膏作硅酸盐水泥的缓凝剂。 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条