1) crystal lattice distortion rate
晶格畸变率
1.
TEM,XRD,DTA and Raman spectrum were used to characterize the samples,and the crystal lattice distortion rate was also calculated.
采用X射线衍射、拉曼光谱、DTA和透射电镜对产品进行了表征,计算了常温下亚稳的四方氧化锆晶粒的晶格畸变率。
2) lattice distortion
晶格畸变
1.
Size and shape effects of lattice distortion and cohesive energy of Au nanoparticles;
金纳米微粒晶格畸变和结合能的尺寸形状效应
2.
Study on the relation between the dielectric properties and lattice distortions in PZT ferroelectric tetragonal phase region;
PZT四方相区介电常数ε_r与晶格畸变关系的研究
3.
Influence of lattice distortion on electrical resistivity of nanocrystalline zircaloy
纳米锆合金晶格畸变对电子行为的影响
3) distortion of crystal lattice
晶格畸变
1.
Results of XRD show that there exists distortion of crystal lattice.
XRD分析结果还表明纳米 Zn O中存在一定的晶格畸变现象。
2.
From the obtained sizes of crystalline grains and XRD microstructural parameters,we find some patterns as follows:there exists distortion of crystal lattice in crystalline grain component of nanocrystalline Fe 2O 3;with increase in temperature the distortion of crystal lattice has relative correlation with temperature and size of cystalline grain.
对γ相和α相三氧化二铁纳米微晶的系列样品进行了Ｘ射线衍射（ＸＲＤ）实验研究，从所得晶粒度和微结构参数发现：此纳米微晶的晶粒组元中存在着晶格畸变；随着温度的升高，γ相和α相纳米微的微结构与晶粒度和温度有着较密切的关联。
3.
Combining the particle size and XRD parameters,it is found that there is the distortion of crystal lattice in the CuO crystal particles, which is more serious at lower temperature than the higher;its relation is summarized in the results table.
结合所获得的晶粒度和 XRD 微结构参数,发现纳米晶 CuO 的晶粒组元中存在着晶格畸变；随着温度的升高,纳米 CuO 晶粒长大且其微结构呈现出明显的变化,其晶格畸变与晶粒度有着比较密切的关系。
4) crystal lattice distortion
晶格畸变
1.
It is indicated that contribution from the crystal lattice distortion is non-negligible.
研究表明，晶格畸变对晶场的贡献不可忽略，进一步证实了晶格畸变：Ｃｒ３＋离子上方三个Ｆ－离子和Ｃｒ３＋离子下方三个Ｆ－离子分别偏离〔１１１〕晶轴２。
2.
Essence of residual stress is crystal lattice distortion that be caused by dislocation.
残余应力是各种加工工艺产生的一种现象,是能量储存不均匀造成的,是材料内部不均匀塑性变形的结果,其本质是晶格畸变,而晶格畸变很大程度上是由位错引起的。
5) distorted lattice
畸变晶格
补充资料：总谐波畸变率
总谐波畸变率
total harmonic distortion,THD
Z。日gXle匕。Jlbionl.总谐波畸变率(total harmoniedistortion，THD)非正弦周期性交变量的各次谐波含有率的平方和的平方根值，简称畸变率。它是非正弦周期性波形的一个重要数字特征量，用以衡量波形畸变的程度。许多国家规定，低压电力网供电电压的总谐波畸变率不得超过5%。通常认为符合这种标准的工业用电的电压波形是工业的正弦波形。- 以电压畸变波形为例，其总谐波畸变率的定义是THD-{合广一认\a^·‘Z夕1 100;;}羚，V岌戈Ul)式中口。为第n次谐波电压的有效值，、)乙口，为基波电压的方均根值，但也常用额定电压U代替Ul。
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