So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

因而，系统不但出现高，而且还将出现亚及随机振动现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有三形作为载可以提高这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱分析法是目前信号失真测量常用方法,但分析频谱泄露问题会严重影响测量。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线负荷向电力系统注入功率，并对电能计量装置产生负误差影响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶多项式描述磁化曲线非线电磁场问 题求解，并提高了计算。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

文中还对测量误差作了分析和估计,并介绍了测量分数一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针对定长入射流，得到一个自治动力系统，给出它共振分叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍了电化学工业整流装置产生种类,治理方法,滤器种类及其特点,滤器方案选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种机制里，脉冲时间宽极短；高与基比例比已知超辐射高得多。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织技术是一项新超声诊断技术,它可以提高组织分辨能力,减少干扰及伪像,改善图像质量,从而提高诊断水平。

So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

因而，系统不但出现高次谐波，而且还将出现亚谐波振动现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有三次谐波的波形作为载波可以提高这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱分析法是目前信号失真度测量的常用方法,但谐波分析的频谱泄露问题会严重影响测量精度。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线负荷向电力系统注入谐波功率，并对电能量装置产生负误差影响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶多项式描述磁化曲线的非线谐波电磁场问 题的求解，并提高了算的精度。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

文中还对测量误差作了分析,并介绍了测量分数次谐波的一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针对定长入射流，得到一个自治动力系统，给出它的次谐波共振分叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍了电化学工业整流装置产生谐波的种类,谐波的治理方法,滤波器的种类其特点,滤波器方案的选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种制里，谐波脉冲的时间宽度极短；高次谐波与基波的比例比已知的超辐射谐波高得多。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以提高组织的分辨能力,减少干扰伪像,改善图像质量,从而提高诊断水平。

So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

，统不但出现高次谐波，且还将出现亚谐波及随机振动现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有三次谐波的波形作为载波可以提高这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱分析法是目前信号失真度测量的常用方法,但谐波分析的频谱泄露问题会严重影响测量精度。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线负荷向电力统注谐波功率，并对电能计量装置产生负误差影响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶多项式描述磁化曲线的非线谐波电磁场问 题的求解，并提高了计算的精度。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

文中还对测量误差作了分析和估计,并介绍了测量分数次谐波的一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针对射流，得到一个自治动力统，给出它的次谐波共振分叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍了电化学工业整流装置产生谐波的种类,谐波的治理方法,滤波器的种类及其特点,滤波器方案的选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种机制里，谐波脉冲的时间宽度极短；高次谐波与基波的比例比已知的超辐射谐波高得多。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以提高组织的分辨能力,减少干扰及伪像,改善图像质量,从提高诊断水平。

So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

因而，系统不但出现高次谐波，而且还将出现亚谐波及随机振动现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有三次谐波的波形作为载波可以提高这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱分析法是目前信度测量的常用方法,但谐波分析的频谱泄露问题会严重影响测量精度。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线负荷向电力系统注入谐波功率，并对电能计量装置产生负误差影响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶描述磁化曲线的非线谐波电磁场问 题的求解，并提高了计算的精度。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

文中还对测量误差作了分析和估计,并介绍了测量分数次谐波的一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针对定长入射流，得到一个自治动力系统，给出它的次谐波共振分叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍了电化学工业整流装置产生谐波的种类,谐波的治理方法,滤波器的种类及其特点,滤波器方案的选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种机制里，谐波脉冲的时间宽度极短；高次谐波与基波的比例比已知的超辐射谐波高得。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一新的超声诊断技术,它可以提高组织的分辨能力,减少干扰及伪像,改善图像质量,从而提高诊断水平。

So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

因而，系统不但出现高次谐波，而且还将出现亚谐波及随机振动现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有三次谐波波形作为载波可以提高这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱法是目前信号失真度测量常用方法,但谐波频谱泄露问题会严重影响测量精度。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线荷向电力系统注入谐波功率，并对电能计量装置产生影响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶多项式描述磁化曲线非线谐波电磁场问 题求解，并提高了计算精度。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

文中还对测量作了和估计,并介绍了测量数次谐波一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针对定长入射流，得到一个自治动力系统，给出它次谐波共振叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍了电化学工业整流装置产生谐波种类,谐波治理方法,滤波器种类及其特点,滤波器方案选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种机制里，谐波脉冲时间宽度极短；高次谐波与基波比例比已知超辐射谐波高得多。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新超声诊断技术,它可以提高组织辨能力,减少干扰及伪像,改善图像质量,从而提高诊断水平。

So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

因而，系统不但出现次谐波，而且还将出现亚谐波及随机振动现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有三次谐波的波载波可以这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱分析法是目前信号失真度测量的常用方法,但谐波分析的频谱泄露问题会严重影响测量精度。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线负荷向电力系统注入谐波功率，并对电能计量装置产生负误差影响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶多项式描述磁化曲线的非线谐波电磁场问 题的求解，并计算的精度。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

文中还对测量误差分析和估计,并介绍测量分数次谐波的一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针对定长入射流，得到一个自治动力系统，给出它的次谐波共振分叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍电化学工业整流装置产生谐波的种类,谐波的治理方法,滤波器的种类及其特点,滤波器方案的选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种机制里，谐波脉冲的时间宽度极短；次谐波与基波的比例比已知的超辐射谐波得多。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以组织的分辨能力,减少干扰及伪像,改善图像质量,从而诊断水平。

So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

因而，系统不但出现高谐波，而且还将出现亚谐波及随机振动现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有谐波的波形作为载波可以提高这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱分析法是目前信号失真测量的常用方法,但谐波分析的频谱泄露问题会严重影响测量精。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线负荷向电力系统注入谐波功率，并对电能计量装置产生负误差影响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶多项式描述磁化曲线的非线谐波电磁场问 题的求解，并提高了计算的精。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

还对测量误差作了分析和估计,并介绍了测量分数谐波的一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针对定长入射流，得到一个自治动力系统，给出它的谐波共振分叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍了电化学工业整流装置产生谐波的种类,谐波的治理方法,滤波器的种类及其特点,滤波器方案的选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种机制里，谐波脉冲的时间宽极短；高谐波与基波的比例比已知的超辐射谐波高得多。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以提高组织的分辨能力,减少干扰及伪像,改善图像质量,从而提高诊断水平。

So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

因而，统不但出现高次谐波，而且还将出现亚谐波及随机振现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有三次谐波的波形作为载波可以提高这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱分析法是目前信号失真度测量的常用方法,但谐波分析的频谱泄露问题会严重影响测量精度。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线负荷向电统注入谐波功率，并对电能计量装置产生负误差影响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶多项式描述磁化曲线的非线谐波电磁场问 题的求解，并提高了计算的精度。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

文中还对测量误差作了分析和估计,并介绍了测量分数次谐波的一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针对定长入射流，得到一个自治统，给出它的次谐波共振分叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍了电化学工业整流装置产生谐波的种类,谐波的治理方法,滤波器的种类及其特点,滤波器方案的选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种机制里，谐波脉冲的时间宽度极短；高次谐波与基波的比例比已知的超辐射谐波高得多。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以提高组织的分辨能,减少干扰及伪像,改善图像质量,从而提高诊断水平。

So not only super-harmonic,also subhar monic and stochastical oscillation will appear.

因而，系统不但出现高次谐波，而且还将出现亚谐波及随机振动现象。

The modulation index can be increased by using distorted wave forms that contain only triplen (multiples of three) harmonics.

通过使用只含有三次谐波的波形作为载波可以提高这个调节指数。

The paper has introduced a kind of distortion factor analyser for sinusoidalsignal based on virtual instrument technology.

频谱分析法是目前信号失真度测量的常用方法,但谐波分析的频谱泄露问题会响测量精度。

It shoewd that nonlinear load injects hormonic power to system, and creates the negative error to energy metering.

实验结果表明，非线负荷向力系统注入谐波功率，能计量装置产生负误差响。

The reluctivity matrix is obtained by using the trigonometric function transformation and the form of coefficient matrix is simplified.

该方法适用于任意阶多项式描述磁化曲线的非线谐波磁场问 题的求解，提高了计算的精度。

The error estimation of the quasi-synchronous sampling harmonics anal-ysis and the method used for measuring the subharmonics of periodic signalsare also discussed.

文中还测量误差作了分析和估计,介绍了测量分数次谐波的一种方法。

Resonance of surface waves of a given length is shown to be possible over bed waves with synchronous , subharmonic, or ultraharmonic wave lengths.

针定长入射流，得到一个自治动力系统，给出它的次谐波共振分叉图。

After analysis and determination on harmonic wave from rectification units operation, and understood hazardness of harmonic wave, the design project of harness was put forward.

介绍了化学工业整流装置产生谐波的种类,谐波的治理方法,滤波器的种类及其特点,滤波器方案的选择。

In this superradiance harmonics, the temporal width of harmonics is extremely short, the ratio of high harmonic fundamental wave is much higher than the known superradiance harmonics.

在这种机制里，谐波脉冲的时间宽度极短；高次谐波与基波的比例比已知的超辐射谐波高得多。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以提高组织的分辨能力,减少干扰及伪像,改善图像质量,从而提高诊断水平。