相界

A MATHEMATICAL STUDY ON THE PHASE TRANSFORMATION MECHANISM OF CARBON STEEL& Eutectic Solid State Phase Transformation at Phase Boundaries under Overcooling Isothermal Condition

碳钢相变机制的数学研究&过冷等温时碳钢中相界面共格的固态相变

Research Progress of Deformation Induced Ferrite Transformation at ZrC/ Austenitic Interface

ZrC/奥氏体相界面形变诱导铁素体相变的研究进展

These results obtained by numerical calculations are in agr eement with experimental data in DNA.

进一步讨论了盐浓度对相界面和相变力的影响,得到的结果与实验测量一致.

The variation of the carbon diffusion coefficient at the vicinity of the phase boundary during the process of eutectic solid state phase transformation of the phase boundary was analyzed.

然后分析了碳钢在过冷等温时，相界面共格的固态相变过程中，相界面附近碳的扩散系数变化的情况；

The bio-leaching system involves polyphase interfacial interactions, such as microorganism-mineral, mineral-mineral, microorganism-solution, mineral-gas phase.

摘要微生物浸出体系涉及微生物 - 矿物 、 矿物 - 矿物 、 微生物 - 溶液-矿物 - 气相等多相界面作用.

A new Ferroelectric Crystal LNN with MPB Composition

新的变晶相界组成的铁电晶体LNN

And micro-domains with nanometer scale could be found in interface layer of the blend.

而共混物两相界面处形成了纳米尺度的微相分离结构.

This means that POE-MAH effect interfacial action and crystalline behavior of PA 66 and PP.

表明POE-MAH影响着PA66和PP的两相界面作用和结晶行为.

Based on laboratory data, such as, the internal current, feature curve of charge and discharge current versus time, and decomposition potential of rock sample, the reaction resistance of the interface between solidstate graphite ore and liquid phase has proved to be very high;

根据岩矿石标本的内电流、充放电时间特性曲线、分解电势等实验数据资料，论证了石墨矿固液相界面反应电阻充分大。