This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这是有垂直断层的厚板体的公式，其断层的落差是这样大，致下落翼对重力场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超重力技术是利用强大的离心力场替重力场来强化传质过程的,自个世纪问世来,在国内外受到广泛的重视,但大多仅限于应用基础研究,工业化应用报道不多。

This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这是有垂直断层厚板体公式，其断层落差是这样，以致下落翼对重力场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超重力技术是利用离心力场替重力场传质过程,自上个世纪问世以,在国内外受到广泛重视,但多仅限于应用基础研究,工业应用报道不多。

This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这是有垂直厚板体公式，其落差是这样大，以致下落翼对重力场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超重力技术是利强大离心力场替重力场来强传质过程,自上个世纪问世以来,在国内外受到广泛重视,但大多仅限于基础研究,工业报道不多。

This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这有垂直断层的厚板体的公式，其断层的这样，以致下翼对重力场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超重力技术利用强的离心力场替重力场来强化传质过程的,自上个世纪问世以来,在国内外受到广泛的重视,但限于应用基础研究,工业化应用报道不。

This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这是有垂直断层的厚板体的公式，其断层的落差是这样大，以致下落力场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超力技术是利用强大的离心力场替力场来强化传质过程的,自上个世纪问世以来,在国到广泛的视,但大多仅限于应用基础研究,工业化应用报道不多。

This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这是有垂直断层厚板体公式，其断层是这样大，以致下翼对重力场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超重力技术是利用强大离心力场替重力场来强化传质过程,自上个世纪问世以来,在国内外受到广泛重视,但大于应用基础研究,工业化应用报道不。

This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这有垂直断层的厚板体的公式，其断层的落差这样大，以致下落翼对重力场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超重力技术强大的离心力场替重力场来强化程的,自上个世纪问世以来,在国内外受到广泛的重视,但大多仅限于应基础研究,工业化应报道不多。

This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这有垂直断层的厚板体的公式，其断层的这样，以致下翼对重力场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超重力技术利用强的离心力场替重力场来强化传质过程的,自上个世纪问世以来,在国内外受到广泛的重视,但限于应用基础研究,工业化应用报道不。

This is the formula for a thick vertically faulted slab with such a large throw that the downthrow side makes no contribution to the gravitational force .

这是有垂直断层的厚板体的公式，其断层的落差是这样大，以致下落翼场没有什么影响。

Supergravity strengthens mass transfer process by using strong centrifuge field instead of gravity field, which has gained wide attention at home and abroad since it came out last century.

超技术是利用强大的离心场替场来强化传质过程的,自上个世纪问世以来,在受到广泛的视,但大多仅限于应用基础研究,工业化应用报道不多。