1) secondary glass-corpus
次生玻璃体
1.
The LRM spectrum characters of secondary glass-corpus in heat-treatment rubies are studied by means of LRM and EPMA.
采用激光拉曼测试技术 ,对热处理红宝石中次生玻璃体的特征进行了初步研究。
2) glass former
玻璃生成体
3) Vitreous body/microbiology
玻璃体/微生物学
4) bioactive glass
生物玻璃
1.
Porous Zn-containing bioactive glass-ceramic and glass-ceramic/polyester composite scaffolds for bone tissue engineering;
含Zn生物玻璃、玻璃陶瓷与聚酯复合骨组织工程支架的制备及性能
2.
S1200 bioactive glass-ceramics were prepared by sintering the solgel derived 58S bioactive glass at 1 200 ℃, and 58S1200 glass-ceramic showed a higher bending strength and density as compared to 58S glass.
以溶胶凝胶58S生物玻璃为原料在1200℃煅烧制备了玻璃陶瓷块体。
3.
As a kind of biomaterial, bioactive glass has some properties that the metallic material and organic material don't have.
生物玻璃作为生物材料具有金属材料和有机材料无法比拟的优点,但是同时又存在诸如脆性大、抗弯强度不足等严重缺陷。
5) Glass Production
玻璃生产
1.
In search of efficient ways to reduce amount of tap water in glass production
寻找降低玻璃生产新水耗用量的有效途径
6) bioactive glasses
生物玻璃
1.
In-situ synthesis and bioactivity of bioactive glasses;
生物玻璃的原位复合及其生物活性
2.
The bioactive glasses form chemical bonds directly with living tissues(either hard or soft tissues) and their applications are promising in the repair and recoustruction of diseased or damaged Parts of human skeleton such as in prcotheses for dentistry and surgery etc.
生物玻璃的研究已达二十多年，现已成为材料学、生物化学以及分子生物学的交叉学科。
3.
Thirty years ago it was discovered that bioactive glasses bond to bone.
三十年前发现,生物玻璃能与骨形成骨键结合。
补充资料：次生包裹体
分子式：
CAS号：
性质：主矿物结晶之后，后期热液沿矿物的裂隙、解理、孔隙进来，对矿物进行溶解，使之重结晶，在此过程中捕获形成的包裹体。次生包裹体常沿切割矿物颗粒的裂隙分布，它所代表的是矿物形成后的某个时间进入主矿物的流体。均一温度往往低于主矿物结晶温度。
CAS号：
性质：主矿物结晶之后，后期热液沿矿物的裂隙、解理、孔隙进来，对矿物进行溶解，使之重结晶，在此过程中捕获形成的包裹体。次生包裹体常沿切割矿物颗粒的裂隙分布，它所代表的是矿物形成后的某个时间进入主矿物的流体。均一温度往往低于主矿物结晶温度。
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