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1.Study of the Melt-Textured Growth Process in Bi System Superconductors
铋系超导体熔融织构生长工艺的研究收藏指正
2.Fabrication and Maglev Properties of Large Bulk Melt-Textured-Growth(MTG) YBCO Superconductor
大尺寸熔融织构YBCO超导体的制备及磁浮性能收藏指正
3.The YBa2Cu3Oy (YBCO) superconducting bulk samples were prepared by a Partial Melt-Textured-Growth (MTG) process.
制备了具有中等 J_c 的部分熔融织构生长的 YBa_2Cu_3O_y 超导体(MTG-YBCO);收藏指正
4.The dimension of growth units varies with the temperature of the melt, therefore the growth units have different rates on the different faces while thev unite as the crystal molecules, At the process of crystal growth,the combination of Nb-O_6 octahedra and Li-O_6 octahedra has different degrees of difficulty which follows the Pauling’s law dominated by the stability of combination of the coordinated polyhedron anions.
由于不同温度条件下所形成的生长基元维度不同，所以各生长基元往晶体各个面族上的叠合速率亦不相同。 结晶过程中Nb－O＿6和Li－O＿6八面体连接的难易遵守着鲍林定律关于负离子配位多面体相互连接的稳定性所决定的。收藏指正
5.Single crystal of CBO with dimensions of 65 × 44 × 49mm3 was obtained from a 3% Cs20-enriched melt. Parameters of crystal growth including the seed direction, cooling rate and rotation rate were investigated. Furthermore, the morphology of CBO was studied.
生长参数如下:液面以下温度梯度为0.5℃／cm,晶体旋转速度为12r／min,降温速率0.2℃／d,可获得透明、无包裹体、无开裂、最大尺寸达65 ×44×49mm3的CsB3O5单晶。收藏指正
6.Numerical Simulation of the Transport Characteristics in the LEC Melt and Study of the Crystal Growth Mechanism by the Gel Method
LEC法熔体内输运特性数值模拟及凝胶法晶体生长机理研究收藏指正
7.Some Problems of β-BaB_2O_4 Grystal Growth from Fluxed Melt
熔盐法培养β-BaB_2O_4单晶的几个问题收藏指正
8.A numerical simulation study on field of temperature in crystal and melt by using FDM (Finite Differential Method) during the growth of Nd∶YAG crystal by Cz (Czochralski) method was reported.
采用有限差分法对使用Cz(Czochralski)法生长Nd∶YAG激光晶体过程中熔体和晶体中的温度场进行数值模拟研究。收藏指正
9.the metastable growth of BBO crystals and BBO crystal growth from the pure melt by a direct CZ method;
BBO晶体亚稳相生长和从纯熔体中直接提拉生长β相BBO晶体；收藏指正
10.It is found that for growth under constant bulk temperature(pull rate),the pull rate(bulk melt temperature)will increase with increasing ambient Biot number and/or decreasing melt Biot number.
研究表明,熔液平均温度(提拉速度)不变时,提拉速度(熔液平均温度)随环境毕奥数的增加和/或熔液毕奥数的减小而增大。收藏指正
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