2) interface stability
界面稳定性
1.
Time-dependent interface stability during directional solidification of a single phase alloy(Ⅰ) Theoritical;
单相合金凝固过程时间相关的界面稳定性(I)理论分析
2.
A time-dependent interface stability during directional solidification of a single phase alloy(Ⅱ) Comparison with experimental results;
单相合金凝固过程时间相关的界面稳定性(Ⅱ)实验对比
3.
An interface stability theoretical analysis shows that the temperature field and water vapor concentration field are the main factors affecting frost crystal growth, with the competing and coupling effects of the two fi.
从晶体生长角度解释了各种形状初始霜晶的形成机制;利用界面稳定性理论分析指出:温度场和水蒸气浓度场是影响霜晶生长的主要因素,两者的竞争耦合作用是产生相变和霜晶各种界面演变现象的根本原因;建立了霜晶生长速率与霜晶表面温度及水蒸气分压力相关的数学模型。
3) interfacial instability
界面不稳定
1.
Mechanism analysis of viscoelastic interfacial instability of polymer multiphase processing;
黏弹性聚合物熔体多相成型界面不稳定的机理分析
2.
Numerical simulation on interfacial instability of polymer multiphase processing;
聚合物多相成型界面不稳定产生机理的数值研究
3.
The influences of polymer rheological parameter and process parameters on interfacial instability of gas-assisted co-extrusion were studied by means of numerical simulation, and the influencing mechanism was disclosed.
提出全新的气辅共挤成型工艺,基于气辅共挤成型特点建立了理论模型,通过数值模拟系统研究聚合物流变性能和工艺参数对气辅共挤成型界面不稳定性的影响规律,揭示其影响机理。
4) interfacial stability
界面稳定性
1.
The asymptotic analysis of interfacial stability with surface tension anisotropy for directional solidification of alloys;
各向异性作用下合金定向凝固界面稳定性的渐近分析
2.
The effects of ZSM5 on the electrochemical properties of the PEO-LiClO_4-ZSM5, such as ionic conductivity, lithium ion transference number and interfacial stability with lithium electrode were studied by electrochemical AC im- pedance spectroscopy and steady-state current method.
PEO-LiClO_4-ZSM5/Li电极界面稳定性实验表明PEO-LiClO_4-ZSM5复合聚合物电解质在全固态锂离子电池领域具有良好的应用前景。
3.
AL2 O3/AL alloy composites are manufactured by squeeze casting and the interfacial stability and the tensile strength of the composites are studied at high temperature.
利用挤压铸造制备了Al2O3/Al合金复合材料,研究了在高温下复合材料的界面稳定性和拉伸强度。
5) unstable interface
非稳定界面
补充资料:稳定/稳定浴
分子式:
CAS号:
性质:照相中的稳定作用是指防止感光材料在保存过程中由于药膜中残留药液的作用而引起的暗褪色、色污染及霉变等弊病。通过正常冲洗或无水洗加工最后一个工序——稳定工序,可稳定照相影像,使之不变或变化极小。能起稳定作用的浴液称稳定浴。无水加工中的稳定浴主要由pH值控制剂、铁隐蔽剂、防霉剂、坚膜剂、软水剂、有机助剂等组成。
CAS号:
性质:照相中的稳定作用是指防止感光材料在保存过程中由于药膜中残留药液的作用而引起的暗褪色、色污染及霉变等弊病。通过正常冲洗或无水洗加工最后一个工序——稳定工序,可稳定照相影像,使之不变或变化极小。能起稳定作用的浴液称稳定浴。无水加工中的稳定浴主要由pH值控制剂、铁隐蔽剂、防霉剂、坚膜剂、软水剂、有机助剂等组成。
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