1) periodic climate change
准0.4Ma周期
2) Ma quasi-period
0.4Ma准周期
3) Quasi-periodic
准周期
1.
Plane Wave Propagation in One-Dimensional Quasi-periodic phononic Crystals;
一维准周期声子晶体中平面波的传播和局部化
2.
Response between wavelength and angular of transmittance of quasi-periodic 1-D photoniccrystal for different polarizations
准周期光子的透射率对不同偏振态的波长和角度响应
3.
Firstly, acoustic waves propagation in ID quasi-periodic system is studied by means of the transfer matrix method.
首先，研究了声波在一维准周期系统中的传播问题。
4) quasi-periodicity
准周期性
1.
By using the transfer matrix method,the effects of Braggmirror quasi-periodicity on the photonic crystal defect mode was studied.
利用传输矩阵法研究了Bragg镜的准周期性对光子晶体缺陷模的影响。
2.
It was proposed that the doubly even order magic square transformed image has a quasi-periodicity, of which there is a semi-periodicity.
提出双偶阶幻方变换图像具有准周期性。
5) quasiperiodic
准周期
1.
The Thermodynamical Properties of General Fibonacci Quasiperiodic Frustrated Ising chains;
广义Fibonacci准周期Frustrated伊辛链的热力学特性
2.
It is found that the Curie temperature of quasiperiodic models is like to that of periodic models if the chain is long enough.
利用平均场理论研究了一维横场中准周期层状量子伊辛模型性质 ,得到系统的居里温度方程 ,发现在自旋链足够长的情况下其居里温度回归到周期系统 。
3.
Acoustic waves propagation in 1D quasiperiodic system is studied by means of the transfer matrix ,transmisson rate reflection rate?energy flow?logarithmic energy flow and energy density are computed numerically ,and compared with periodic system .
研究了声波在一维准周期系统中的传播问题 。
6) quasi-period
准周期
1.
The quasi-period of odd order magic square transformation on digital image;
奇数阶幻方变换数字图像的准周期
2.
One dimension quasi-period photonic Crystal;
一维准周期结构的光子晶体的带隙结构
3.
Meanwhile,the dynamical behavior of granular material can transform from quasi-period to SOC and to quasi-peri.
实验表明随着非均匀系数的逐渐增大,散粒体呈现出不同的实验现象和统计结果,并且散粒体系统的动力行为由准周期-SOC-准周期进行演化。
补充资料：偶氮氯膦-mA(chlorophosphonazo-mA)
【偶氮氯膦-mA】(chlorophosphonazo-mA)简称“`CPA-mA`”。学名“2-（4-氯-2-膦酸基苯偶氮）-7-（3-乙酰苯偶氮）-1，8-二羟基-3，6-萘二磺酸”。一种有机显色剂。分子式`C_24H_18O_12N_4PS_2Cl`，分子量684.97。深紫红色结晶粉末。易溶于水，在中性的酸性溶液中呈紫红色。在酸性介质中能与稀土元素形成蓝紫色络合物，最大吸收峰为660纳米。具有灵敏度高、选择性好、显色酸度高、测定范围宽和
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