1) Bone china
骨瓷
1.
The reasons of forming the bone china defect "Pinhole" were approached in the light of experiments,and the effective ways to control defect "pinhole"were given.
结合试验探讨了骨瓷烧泡缺陷产生的原因，并指出了控制烧泡缺陷的有效途径。
2.
The problems should paid attention to in Preparation process of casting slip for the bone china were proposed by means of the production and author experiences.
从生产实际出发并结合作者的实践经验，提出了在骨瓷注浆泥料配制中应注意的问题。
3.
By means of screening slip of bone china to obtain>61μm particles and firing those particles,the relationships between spot defects and quantity and size of residue screened out were made sure.
通过对骨瓷泥料中粗颗粒（＞６１μｍ）进行筛分及试烧，摸清了斑点与筛余物数量及大小的连带关系，并结合生产实际指出了克服斑点的有效途径。
2) Bone-china
骨质瓷
1.
Application to Bone-china of R_2O-RO-Al_2O_3-B_2O_3-SiO_2 System;
R_2O-RO-Al_2O_3-B_2O_3-SiO_2系统在骨质瓷中的应用
2.
The item is studied on the five-element-system ,which is mainly consisted by K_2O,CaO, Al_2O_3,B_2O_3 and SiO_2, through adding a few kinds of flux oxides, study them flux domino effect and their capability,find out them some change rules and forming-glaze’mechanism of R_2O-RO-Al_2O_3-B_2O_3-SiO_2 system, offer a way of study on bone-china ,which doesn’t contain lead-element.
本实验是以K_2O、CaO、Al_2O_3、B_2O_3、SiO_2为主的五元系统,在此五元系统的基础上,通过引入熔剂性氧化物,对其熔剂效应及性能关系进行了深入研究,找出了R_2O-RO-Al_2O_3-B_2O_3-SiO_2系统的一些变化规律及其成釉机理,为骨质瓷无铅熔块釉的研制提供了重要的理论基础。
3) bone china
骨灰瓷
1.
Influence of Ca/P ration on crystal phases and microstructures of raw materials to synthesize bone china;
Ca/P比对合成骨灰瓷原料的晶相和显微结构的影响
2.
The bone china materials were prepared from the bones of pig, cattle and sheep by hightemperature calcining(at 1320 °C, 1400 °C, and 1450 °C).
本实验采用牛、猪、羊三种骨头通过高温煅烧制备骨灰瓷原料。
3.
In this article,we discussed the methods of Plasticizing of bone china mud in as pects of the raw materials,the processes of mud making especially in the plasticizer.
从坯料配方、泥料制备工艺，特别是增塑剂的选择和应用方面论述了对骨灰瓷泥料增塑的途径。
4) bone china
骨质瓷
1.
for long time,the traditinal bone china has always used the process of double firing,but it is inefficiency and wastes plenty of energy for the hollow wares.
研制成功了一种适合于骨质瓷一次烧成使用的生料釉,在不降低产品的外观质量与内在性能的情况下,降低了成本,节约了能源,开创了一条骨质瓷生产的新思路。
2.
This paper has worked out a perfect producing processes for bone china decorated under glaze through the analyzing on civil ceramic decorating under glaze and connecting the producing processes and product characteristices of bone china in local ceramics zone.
通过对素胎与花纸颜料中间层的研究及釉料适应性的分析与调试 ,研制出装饰效果高雅 ,铅镉溶出量为零的釉下彩骨质瓷。
3.
Lead free frit glaze for bone china has been made successfully by replacing PbO in lead frit glaze with K 2O,SrO and Li 2O.
选用K2 O、SrO、Li2 O替代PbO研制成功了骨质瓷用无铅熔块釉 ,基本保证了釉面的高光泽度、白度和热稳定性 ,又保证了使用过程中低铅镉溶出。
5) imitative bone china
仿骨质瓷
6) ceramic bovine bone
陶瓷化骨
1.
The osteoblast like cells were implanted onto the ceramic bovine bone,then implanted this complexes into the defect of mandible in one side of the rats,in the same time,the pure ceramic bovine bone were implanted into the other side as control witho.
目的 :探讨以陶瓷化骨为支架材料的组织工程化骨修复下颌骨缺损的效果和实用价值。
2.
Ceramic bovine bone (CBB) has the natural trabecular structure, and it is easy to be conducted to generate ossi.
陶瓷化骨具有天然的骨小梁结构、易于传导成骨，避免了人工合成材料的孔隙率和孔径大小及交通等方面的制作难题，而且具有可降解、无免疫原性、来源丰富、制备简单、经济成本低等优点，是理想的骨组织工程支架材料。
补充资料：骨瓷
| 骨瓷 bone china 一种高级软质瓷。旧称骨灰瓷。具有瓷质细腻、白度高、半透明度好、器皿形状规整、画面光亮等特点。广泛用于制作高档日用瓷和高级陈设瓷。骨瓷由英国斯塔福德郡的J.斯波德于1794年研制成功。英国是骨瓷生产大国。日本、德国、比利时、法国也产骨瓷。中国唐山市第一瓷厂于1965年制成首批骨瓷。 骨瓷由磷酸钙作熔剂的“磷酸盐-高岭土-石英-长石”组成。其中磷酸钙由兽骨经煅烧后的骨灰中获得，在坯料中约占50％。坯体成型后，经1240～1280℃高温素烧，然后将素胎磨光、施釉，再于1080～1140℃高温下进行釉烧，经彩饰，烤烧得成品。骨瓷因原料塑性较差。烤烧中易变形，瓷质易变色，故骨瓷生产工艺复杂，技术难度大。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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