1) Nonparabolic rate law
非抛物线定律
2) parabolic law
抛物线定律
1.
Multi-stage oxidation kinetics was observed at different oxidation temperature,each stage followed Wagnar s parabolic law with different K_p.
在不同的氧化温度下,样品氧化动力学都具有阶段氧化特性;每一阶段都具有不同的Kp,都遵循Wagnar抛物线定律。
3) non-parabolicity
非抛物线
1.
The band structure data being used in the simulations are based on the non-parabolicity method.
实验采用的是非抛物线模型计算电子的能带结构,模拟包含了声学声子散射,极性光学声子散射,压电散射,电离杂质散射,能谷间散射以及自散射等散射机理。
2.
The non-parabolicity multi-valley model is used to describe the conduction band structure of ZnS,in which two energy sub-bands are included.
模拟结果与全带Monte Carlo模拟得到的结果吻合得较好,但非抛物线多能谷模型比全带模型计算更简单。
4) parabolic relationship
抛物线规律
1.
It was found that the depth of the decarbonized layer was increased with increasing the normalizing time,observing a parabolic relationship with the normalizing time.
本试验研究了T8钢在900℃下分别保温不同的时间进行正火处理,利用扫描电镜(SEM)测试了脱碳层厚度,试验结果表明,随着时间的延长,脱碳层厚度增加,通过建立脱碳层与时间之间的关系表明,在一定温度下它们成抛物线规律,本文利用最小二乘法计算得到脱碳层与时间之间关系的啮合曲线,结果与理论曲线吻合得较好。
5) nonparabolicity
非抛物线性
1.
48As quantum well dependence on the conduction band nonparabolicity is studied within the framework of the 8×8 k·p model.
研究了导带非抛物线性对应变In0。
6) parabolic rate law
抛物线性规律
1.
The oxidation of aluminium nitride at 1225℃ in wet N2, wet N2:O2=10:1 and wet air follows a parabolic rate law, while the oxidation in dry air follows a linear rate law.
结果表明:湿气的存在显著地影响了AIN陶瓷的氧化行为,1225℃,AIN陶瓷在湿氮气、湿氮气:氧气=10:1及湿空气条件下的氧化遵循抛物线性规律,而干空气条件下遵循线性规律;空气中氧化时,AIN陶瓷的氧化曲线在1100~1300℃表现为线性,当温度超过1300℃时,氧化曲线表现出抛物线性的规律,其线性氧化过程的反应活化能为233kJ/mol。
补充资料:非想非非想处天
1.佛教语。即三界中无色界第四天。此天没有欲望与物质﹐仅有微妙的思想。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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