复序列的英文

复 repeated; double; duplicate
序列 order; alignment; array; suc ...
alu重复序列 alu repetitive sequence
dna重复序列 repeated sequence
非重复序列 non repetitive sequence
重复序列 reiterated sequences; repeat sequence; repeated sequence; repetitive sequence; ser-gly
串联重复序列 itd; tandem repeat; tandem repetitive sequence
单一重复序列 unique repetitive sequence
反向重复序列 inverted repeats
反转恢复序列 ir
高度重复序列 high repetitive sequence; highly repetitive sequence
核酸重复序列 nucleic acid repetitive sequence
简单重复序列 simple repeat sequence
连锁重复序列 linked repetitive sequence
末端重复序列 terminal repeat
逆向重复序列 inverted repeat sequence
散在重复序列 interspersed repeat sequence
中等重复序列 moderate repeat sequence; moderately repetitive sequence
alu重复序列,alu家族 alu family; alu repeat sequence; alu repetitive sequence
氨基酸重复序列 amino acid repeat sequence
长末端重复序列 long terminal repeat sequence
长同源重复序列 long homologous repeat
磁性饱和恢复序列 saturation-recovery sequence
短串联重复序列 strs
短的直接重复序列 short direct repeats

千万人都在用的超大词汇词典翻译APP

It deduces the interpolation formula of simultaneous sampling datum calculated by the asimultaneous sampling datum and uses fast fourier transform ( fft ) technology to calculate harmonic parameters . in the end , it gives harmonic errors " datum and curves by means of math model and computer simulation
在此基础上，导出了用非同步采样数据计算同步采样数据的插值公式，并根据复序列快速傅立叶变换（ fft ）原理对插值后的采样数据进行分析和计算，从而得到电网谐波参数。
The paper analyses the advantages and disadvantages of a large number of harmonic analysis methods and puts forward to a new algorithm in order to improve precision of fft , which is plural list and interpolating windowed split - radix fft ( srfft ) . the simulating result shows that the algorithm can meet precision of harmonic parameters
为了提高fft的精度，本文在分析目前国内外各种谐波分析及测量方法利弊的基础上，提出了利用复序列加窗插值分裂基快速傅立叶变换( srfft ) 。该算法能极大地提高fft计算的精度，从而满足谐波测量中对谐波参数的精度要求。