Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢和产热、内源葡萄糖生成与胰岛、血小板、体内微量及促进细胞有丝分裂和细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

土壤F与土壤中造岩具显著正相关，主要来自于成土母质。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

玻璃微量肥料,以玻璃为主要原料,加人适量微量,经过灼烧成为熔融状态后,发生固相反应,即生成玻璃微量肥料。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心对射证明，也就透过在两个集合间建立一个对射（一对一且映成函数）来证明它们个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内研究者在该领域研究进展，主要包括声致发光在癌症监测中应用，作为一种新型原子发射光谱在分析中应用以及推广于环境监测分析中情况。

Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢和产热、内源葡萄糖生成与胰岛、板、体内微量元及促进细胞有丝分裂和细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

土壤F与土壤中造岩元具显著正相关，主要来自于成土母质。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

玻璃微量元肥料,以玻璃为主要原料,加人适量微量元,经过灼烧成为熔融状态后,发生固相反应,即生成玻璃微量元肥料。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心对明，也就透过在两个集合间建立一个对（一对一且映成函数）来明它们元个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内研究者在该领域研究进展，主要包括声致发光在癌症监测中应用，作为一种新型原子发光谱在元分析中应用以及推广于环境监测分析中情况。

Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢和产热、内源葡萄糖生成与胰岛、板、体内微量元及促进细胞有丝分裂和细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

土壤F与土壤中造岩元具显著正相关，主要来自于成土母质。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

玻璃微量元肥料,以玻璃为主要原料,加人适量微量元,经过灼烧成为熔融状态后,发生固相反应,即生成玻璃微量元肥料。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心对明，也就透过在两个集合间建立一个对（一对一且映成函数）来明它们元个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内研究者在该领域研究进展，主要包括声致发光在癌症监测中应用，作为一种新型原子发光谱在元分析中应用以及推广于环境监测分析中情况。

Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢和产热、内源葡萄糖成胰岛素、血小板、体内微量元素及促进细胞有丝分裂和细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

F中造岩元素具显著正相关，主要来自于成母质。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

玻璃微量元素肥料,以玻璃为主要原料,加人适量的微量元素,经过灼烧成为熔融状态后,相反应,即成玻璃微量元素肥料。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心的对射的证明，也就透过在两个集合间建立一个对射（一对一且映成的函数）来证明它们的元素个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内的研究者在该领域的研究进展，主要包括声致光在癌症监测中的应用，作为一种新型的原子射光谱在元素分析中的应用以及推广于环境监测分析中的情况。

Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢和产热、内源葡萄糖生与胰岛素、血小板、体内微量元素及促进细胞有丝分裂和细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

土壤F与土壤中造岩元素具显著正相关，主要来自于土母质。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

玻璃微量元素肥料,以玻璃为主要原料,加人适量微量元素,经过灼烧为熔融状态后,发生固相反应,即生玻璃微量元素肥料。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心对射证明，也就透过在两个集合间建立一个对射（一对一且映数）来证明它们元素个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内研究者在该领域研究进展，主要包括声致发光在癌症监测中应用，作为一种新型原子发射光谱在元素分析中应用以及推广于环境监测分析中情况。

Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢和产热、内源葡萄糖生成与胰岛素、血小板、体内微量元素及促进细胞有丝分裂和细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

土壤F与土壤中造岩元素具显著正相关，主要来自于成土。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

璃微量元素肥,以璃为主要原,适量的微量元素,经过灼烧成为熔融状态后,发生固相反应,即生成璃微量元素肥。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心的对射的证明，也就透过在两个集合间建立一个对射（一对一且映成的函数）来证明它们的元素个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内的研究者在该领域的研究进展，主要包括声致发光在癌症监测中的应用，作为一种新型的原子发射光谱在元素分析中的应用以及推广于环境监测分析中的情况。

Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢和产热、内源葡萄糖胰岛素、血小板、体内微量元素及促进细胞有丝分裂和细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

土壤F土壤中造岩元素具显著正相关，主要来自于土母质。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

玻璃微量元素肥料,以玻璃为主要原料,加人适量的微量元素,经过灼烧为熔融状态后,发固相反应,即玻璃微量元素肥料。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心的对射的证明，也过在两个集合间建立一个对射（一对一且映的函数）来证明它们的元素个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内的研究者在该领域的研究进展，主要包括声致发光在癌症监测中的应用，作为一种新型的原子发射光谱在元素分析中的应用以及推广于环境监测分析中的情况。

Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢和产热、内源葡萄糖生成与胰、小板、体内微量元及促进细胞有丝分裂和细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

土壤F与土壤中造岩元具显著正相关，主要来自于成土母质。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

玻璃微量元肥料,以玻璃为主要原料,加人适量微量元,经过灼烧成为熔融状态后,发生固相反应,即生成玻璃微量元肥料。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心对射，也就透过在两个集合间建立一个对射（一对一且映成函数）来它们元个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内研究者在该领域研究进展，主要包括声致发光在癌症监测中应用，作为一种新型原子发射光谱在元分析中应用以及推广于环境监测分析中情况。

Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.

果糖主要用于体内代谢产热、内源葡萄糖生成与胰岛素、血小板、体内量元素及促进细胞有丝细胞保护。

The incidence of fluorosis is correlative with the content of Fluoride, which comes from mother-rock and is related to petrogenic element in soil.

土壤F与土壤中造岩元素具显著正相关，主要来自于成土母质。

This paper discussesd the preparation of glage-trace element fertiliar.Main raw material-glass and some trace element were put into together,when the reactants were melt,they occur solidoid reaction.

量元素肥料,以为主要原料,加人适量的量元素,经过灼烧成为熔融状态后,发生固相反应,即生成量元素肥料。

We will be concerned primarily with bijective proofs, i.e., showing that two sets have the same number of elements by exhibiting a bijection (one-to-one correspondence) between them.

我们主要关心的对射的证明，也就透过在两个集合间建立一个对射（一对一且映成的函数）来证明它们的元素个数相等。

This paper gives a review on the advancement of this area, including sonoluminescence in cancer detection, as a new atomic emission spectroscopy in elements analysis and environmental monitoring.

本文论述了包括作者在内的研究者在该领域的研究进展，主要包括声致发光在癌症监测中的应用，作为一种新型的原子发射光谱在元素析中的应用以及推广于环境监测析中的情况。