| 1. | Ingot end face measuring system
晶锭端面弯曲测式系统 |
| 2. | Ingot cutting face bow
晶锭切断面弯曲 |
| 3. | The morphology of the p phase is in the forms of plate , flower or near - round
生长初始端为+相区。晶锭中间部分为单相区。 |
| 4. | Ingot - a cylindrical solid made of polycrystalline or single crystal silicon from which wafers are cut
晶锭-由多晶或单晶形成的圆柱体，晶圆片由此切割而成。 |
| 5. | 3 and y or 8 phases are crystallized at the end . between them exists a pure phase region
晶锭的初始段为+两相区，末段为+或多相区，两段之间为单相区。 |
| 6. | Among them , 3 plates always lies in the grain boundaries . following the initial region , single p phase region and in2tes phase region are formed in order
在晶锭末端形成in _ 2te _ 3单相区，该相区晶界处有te夹杂相。 |
| 7. | Several cd1 - xznxte ( with the original concentration of x = 0 . 04 ) crystals of different sizes were grown by bridgman methods modified with the accelerated crucible rotation technique ( acrt - b )
本实验采用加入加速柑祸旋转技术的bridgman法，生长了两种不同尺寸的cdl _ xznxte (起始组分为x = 0 . 04 )晶锭。 |
| 8. | Two concave interfaces in the mnxcd1 - xin2te4 ingots were found . the one near the tip is the transient interface from a + p phase growth to p phase growth and the other is that from p phase growth to in2te3 phase growth
晶锭中存在两个凹形的相转变界面，其中一个是由+相生长向相生长的转变界面，另一个是由相生长向in _ 2te _ 3相生长的转变界面。 |
| 9. | Using scanning electron microscopy , x - ray powder diffractometer , isis energy - dispersive spectroscopy and leica guantitative optical microscopy , the microstructure , composition profiles of cdmnznte ingots were analyzed , a and 3 phases are formed at the tip
采用扫描电镜、 x射线粉末衍射仪、 isis能谱仪和leica定量金相分析仪研究了cdmninte晶锭中相的结构，形貌和组分分布。 |
