And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语中不光有和复，还有双和若干的概念。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(字符串;) 函返回复的幂。

Here you should use plural pronoun.

这里你应该复代词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利插型点复化的方法及向量连分式的向后三项递推关系式讨论并给出了二元向量有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将复代引入矢量水听器信号处理领，复来整体表示了矢量水听器输出的4个信号分量，并建立了矢量水听器阵列的复模型。

And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语光有单和复，还有双和若干的概念。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(字符串;) 函返回复的幂。

Here you should use plural pronoun.

这里你应该用复代词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利用插型点复化的方法及向量连分式的向后三项递推关系式讨论并给出了二元向量有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复代引入矢量水听器信号处理领域，用超复体表示了矢量水听器输出的4个信号分量，并建立了矢量水听器阵列的超复模型。

And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语中不光有单和复，还有双和若干的概念。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(字符串;) 返回复的幂。

Here you should use plural pronoun.

这里你应该用复代词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利用插型点复化的方法及向量连分式的向后三项递推关系式讨论并给出了二元向量有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

超复代引入矢量水听器信号处理领域，用超复来整体表示了矢量水听器输出的4个信号分量，并建立了矢量水听器阵列的超复模型。

And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语中不光有单和，还有双和若干的概念。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(;) 函返回的幂。

Here you should use plural pronoun.

这里你应该用词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利用插型点化的方法及向量连分式的向后三项递推关系式讨论并给出了二元向量有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超引入矢量水听器信号处理领域，用超来整体表示了矢量水听器输出的4个信号分量，并建立了矢量水听器阵列的超模型。

And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语中不光有单和复，还有双和若干的概。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(串;) 函返回复的幂。

Here you should use plural pronoun.

这里你应该用复词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利用插型点复化的方法及向量连分式的向后三项递推关系式讨论并给出了二元向量有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复引入矢量水听器信号处理领域，用超复来整体表示了矢量水听器输出的4个信号分量，并建立了矢量水听器阵列的超复模型。

And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语中不光有单数和数，还有双数和若干的概念。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(字符串;数) 函数返回数的幂。

Here you should use plural pronoun.

这里你应数代词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利插型点数化的方法及连分式的后三项递推关系式讨论并给出了二元有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超数代数引入矢水听器信号处理领域，超数来整体表示了矢水听器输出的4个信号分，并建立了矢水听器阵列的超数模型。

And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语中不光有单和，还有双和若干的概念。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(字符串;) 函返回的幂。

Here you should use plural pronoun.

这里你应该用代词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利用插型点的方法及向量连分式的向后推关系式讨论并给出了二元向量有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超代引入矢量水听器信号处理领域，用超来整体表示了矢量水听器输出的4个信号分量，并建立了矢量水听器阵列的超模型。

And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语中不光有单数和数，还有双数和若干的概念。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(字符串;数) 函数返回数的幂。

Here you should use plural pronoun.

这里你应数代词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利插型点数化的方法及连分式的后三项递推关系式讨论并给出了二元有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超数代数引入矢水听器信号处理领域，超数来整体表示了矢水听器输出的4个信号分，并建立了矢水听器阵列的超数模型。

And Kwaio has not just singular and plural, but dual and paucal too.

瓜依沃语中不光有单复，还有双干的概念。

The IMPOWER(string) returns a complex number raised to a power.

IMPOWER(字符串;) 函返回复的幂。

Here you should use plural pronoun.

这里你应该用复代词。

Then a new algorithm of brivate vector -valued rational interpolants by means of complexification of the knots and backward three-term recurrence relations is given.

然后利用插型点复化的方法及向连分式的向后三项递推关系式讨论并给出了二元向有理插的一种新算法。

A hypercomplex model of acoustic vector sensor array is introduced.The hypercomplex number is used to model holistically the four output signal components of an acoustic vector sensor.

摘要将超复代引入矢器信号处理领域，用超复来整体表示了矢器输出的4个信号分，并建立了矢器阵列的超复模型。