亚稳态

并利用热力学亚稳态和新相生成理论中的开尔文（Kelvin）方程对其相态模拟计算结果作出了满意的解释。

The phase simulation results are well explained by using the Kelvin equation of the thermodynamic metastable state and new phase formation theory .

块体非晶合金在热力学上处于亚稳态，在较慢加热速率下容易转变成结构更加稳定的晶态。

Bulk amorphous alloy is thermodynamically in metastable state , thus tends to transform into more stable crystalline at a comparatively low heating rate .

溶液pH值对不锈钢亚稳态孔蚀行为的影响

Effect of pH value on metastable pitting behaviour of stainless steel

FlashA/D转换器中火花码与亚稳态现象研究

Study on sparkle and metastability in Flash A / D convertor

GaAs中由磁场引起的与Si施主有关的高亚稳态

High-Index Metastable States of Si Donors in GaAs Under Magnetic Field

一种新的亚稳态Mn的制备和结构研究

Preparation and Structure Study of a New Metastable Phase Mn

不同温度下Si（001）表面各种亚稳态结构的分子动力学模拟

Molecular dynamics simulations of various metastable structures on Si ( 001 ) at different temperatures

工业纯铁在NaNO2+NaCl溶液中的亚稳态孔蚀及其腐蚀形貌

Metastable pitting and related morphology of pure iron in NaNO_2 + NaCl solution

利用分子束和激光技术研究电子激发态原子、分子的态-态传能（II）&亚稳态原子传能和激发态分子内能量传递

Study on the energy transfer of electronically excited atoms and molecules by molecular beam and laser

CS2与亚稳态CO（a）分子碰撞发光研究

The Luminescence Study of Metastable CO ( a ) Molecule Colliding With CS_2 Molecule

用光生亚稳态方法测定α-Si∶H中带隙态密度分布

Measurement of gap state density distribution in α - si : h from light induced metastable state in the gap

Si（111）表面亚稳态重构的STM研究

Study of Metastable Reconstructions of Si ( 111 ) Surface by STM

CS2、SO2对亚稳态Co（a）的猝灭及化学发光

Quenching Processes and Chemi-luminescence of Metastable Molecule CO ( a ) with Molecules CS_2 , SO_2

接近表面熔化温度时，双悬挂键单原子、c（2×2）和三聚体等亚稳态结构都消失，表面只存在稳定的p（2×1）结构。

Up to the surface melting temperature , these metastable structures disappear and the simple p ( 2 × 1 ) structure remains on the surface .

亚稳态原子Ne（~3P（0,2））与卤代甲烷分子的传能反应

Energy-Transfer Reactions Between Ne ( ~ 3P_ ( 0,2 )) and Halide Methane Molecules

较高温度下表面还会存在c（2×2）和三聚体等亚稳态结构；

Besides this , trimers and c ( 2 × 2 ) metastable structures as well as two-dangling-bond single atoms are observed on the surface at different temperatures .

亚稳态化合物Ce2Fe（23）B3的结构与磁性

Structure and magnetic properties of metastable compound ce_2fe_ ( 23 ) b3

对迅速降压中的CO2的亚稳态平衡特性进行分析，研究CO2过热液的成核机理。

The metastable characteristics of decompression CO2 in depression were analyzed and the nucleation mechanism in CO2 superheating liquid was explored .

用测试动电位的电流时间曲线法研究了不锈钢在不同pH值的NaCl溶液中的亚稳态孔蚀行为。

Metastable pitting behaviour of stainless steel in NaCl solutions with different pH values was studied by using a potentiodynamic polarization method .

亚稳态He（2~3S）原子与N2H4分子传能产物的发光研究

The Chemiluminescence of the Products in Energy Transfer Reaction of Metastable Atom He ( 2 ~ 3S ) with Molecule N_2H_4

将溶胶拉丝，烧结后即可得到ZrO2纤维，通过XRD分析确定ZrO2纤维的物相为亚稳态的四方相。

After spinning and sintering , Zirconia fiber was obtained .

亚稳态GexSi（1-x）/Si单量子阱的缺陷性质

Defect Properties of Metastable Ge_xSi_ ( 1-x ) / Si Single Quantum Wells

~（67）Ga衰变率和~（67）Zn亚稳态有关核参数的测定

A determination of the disintegrating rate of ~ ( 67 ) Ga and measurement of related nuclear parameters of ~ ( 67m ) Zn

建立无定形亚稳态碳酸镁结晶动力学模型，利用XRD测定转化率。

A crystallization kinetics model of metastable magnesium carbonate was established combining the system characteristics . XRD was used to determine the conversion rate .

稀有气体亚稳态原子与ccl4和cbr4的能量转移反应。

Energy transfer processes in reaction between metastable atoms ar , he and ne with ccl_4 and cbr_4 .

刚玉型结构ITO固溶体在空气中处于亚稳态，并且在加热的条件下可以转变为萤石型结构ITO固溶体。

Rhombohedral ITO solid solution was metastable in air and it would be transformed to cubic ITO solid solution by heat-treatment .

关于存在多种亚稳态时的Townsend放电瞬态过程分析

Transient current analysis in Townsend discharge with various kinds of metastables

亚稳态Fe-Cu固溶体合金的（MS-电子/原子）曲线

( M_s-Electrons / Atom ) Curve of Fe-Cu Solid Solution Alloys

避免亚稳态问题及空满控制信号的产生是异步FIFO设计的两个难题。

The design of asynchronous FIFO meets with two troubles , metastability and how to generate empty and full flag correctly .

激光-TIG电弧复合热源在钢板上以类似于热导焊的焊接模式熔化母材，使得熔池中熔化的金属Mg、Ni以及Fe处于一种亚稳态。

The laser-TIG hybrid heating source heats the steel by a similar thermal conductivity welding way , and this will keep the melting metals of Mg , Ni , Fe a metastable state .