1.
Because it is easier to make, harder to chip, and stronger than hard porcelain, bone china has become the most popular type of porcelain in some countries.
骨瓷制作工艺简单, 强度高, 较之硬瓷更不易摔碎, 所以在很多国家骨瓷是最受欢迎的瓷器。
2.
"The three main types are true (or hard-paste) porcelain, artificial (or soft-paste) porcelain, and Bone china."
主要的三种瓷器有硬质瓷(真瓷)、人工瓷(软质瓷)以及骨灰瓷。
3.
fine porcelain that contains bone ash.
含有骨灰的精致的瓷器。
4.
inorganic aggregates for use in gypsum plaster
石膏陶瓷用无机质骨料
5.
A bone china and a domestic talc porcelain presenting high strength were regarded as high strength domestic POrcelain.
把机械强度高的骨灰瓷和滑石质日用瓷列为高强度日用瓷。
6.
Studies on Modification of True Bone Ceramic and Construction of Artificial Bone with Bioactivity
陶瓷化骨的改性及生物活性人工骨构建的研究
7.
A Study of Bone Graft with Calcium Phosphate Ceramics in Non-Osseous Tissue
磷酸钙陶瓷在非骨组织中构建组织工程骨研究
8.
Segmental defect in the radius of rabbits repaired by two kinds of bionic biphasic ceramic-like biologic bones
两种仿生双相陶瓷生物骨修复节段性骨缺损
9.
EXPERIMENTAL STUDY ON REPAIRING SEGMENTAL BONE DEFECTS BY BIPHASIC CERAMIC-LIKE BIOLOGIC BONE
双相陶瓷样生物骨修复节段性骨缺损实验研究
10.
"Hard-paste porcelain, though strong, chips more readily than Bone china."
硬质瓷虽然坚硬,但比骨灰陶易碎。
11.
Research Work on Mechanism of HA/TCP Biphasic Bioceramics' Osteoinductivity;
HA/TCP双相生物陶瓷骨诱导性机理研究
12.
Preparation and the Ossific Process of β-TCP Porous Ceramics;
β-TCP多孔陶瓷的成型及成骨机制探讨
13.
Study on photocatalysis performance of nano-TiO_2 supported by synthesized bone china
合成骨质瓷负载TiO_2光催化性能的研究
14.
Investigation on Osteodifferentiation of MSCs Induced by Osteoblast Transplanted into Bioceramic Scaffolds in Vivo;
成骨细胞诱导骨髓基质细胞后结合陶瓷复合物体内移植成骨观察
15.
Experimental Studies on Applicating Ceramic Bovine Bone/Hydrogel and Marrow Stromal Cells in Construction of Tissue Engineering Bone;
陶瓷化骨/水凝胶与骨髓基质细胞构建组织工程骨的实验研究
16.
Far-infrared pottery macromolecule bandage for fracture healing of rabbits experimentally
远红外陶瓷对家兔实验性骨折愈合的影响
17.
Effect of the Quartz、Alumina and Magnesia on Structure and Properties of the Bone-China
SiO_2、Al_2O_3、MgO等组分对骨灰瓷结构与性能的影响
18.
Research on Precision-grinding Technics of Al_2O_3 Ceramic Femoral Head for Artificial Partial Hip Joint;
Al_2O_3陶瓷人工半髋关节股骨头精密磨削工艺研究