1) bead
珠体
1.
The cellulose/NMMO/H_2O solution was used as the raw material to prepare the spherical cellulose beads by adopting the NMMO method and sequential cooling reversed phase suspension technique.
以纤维素/N-甲基吗啉-N-氧化物(NMMO)/H2O溶液为原料,用NMMO法,通过程序降温反相悬浮技术制备出球形纤维素珠体,并进行制备工艺的优化实验和纤维素珠体的性能检测。
2) Lian-Zhu style
连珠体
1.
Before Lu Ji, the form of Lian-Zhu style was varied and not ripe.
陆机之前,连珠体式多种多样,尚未成熟。
3) bead lignin
木质素珠体
4) spherical cellulose bead
球形纤维素珠体
1.
Then spherical cellulose beads were prepared by dispersing the viscose into transformer [V(oil)∶V(chlorobenzene)=2∶1
脱脂棉花经碱化和磺化得粘胶液,用热溶胶转相法制得球形纤维素珠体。
2.
Then spherical cellulose beads were prepared by dispersing the viscose into transformer oil[ V (viscose)∶ V (oil)=1 0∶(3 5-2 0)] with thermal gel transition technique.
棉花经碱化、老化和磺化得黏胶液 ,再用热溶胶转相法制得球形纤维素珠体。
5) spherical chitosan beads
球形壳聚糖珠体
1.
Chitosan were adopted to prepare spherical chitosan beads by reversed-phase suspension technique.
以自制高脱乙酰度甲壳素粉末为原料,采用反相悬浮技术制备出球形壳聚糖珠体,并进行了制备工艺的优选实验和球形壳聚糖珠体的物化性能研究。
6) Molecularly imprinted Polymers beads
分子印迹珠体
参考词条
补充资料：珠光体相变
pearlitictransformation：奥氏体转变为珠光体的相变。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。