This papoer deals with a nitempering process of sifter mesh.

研究了一种筛片的软氮化工艺。

Electroless plating method is applied to metallize the AlN sbstrate.

应用化学镀镍的方法实现了氮化铝的金属化。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛能提高氮化层硬度、增加氮化层深度，并对氮化层的相组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文研究了强碱蒸馏分-氨磺酸滴定法测定氮化锰铁中氮的分析方法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

分析了妨碍碳氮化物合成成功的原因,对相关的石墨的碳氮化合物和无定型的碳氮化合物作了介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

氮烯是合成含氮化合物的一的有机活性中间体,具有反应活性高、反应型多样等特点,在材料学、生命科学等高新科技领域中有着广泛的应用。

This papoer deals with a nitempering process of sifter mesh.

研究了一种筛片的软氮化工艺。

Electroless plating method is applied to metallize the AlN sbstrate.

应用化学镀镍的方法实现了氮化铝的金属化。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛氮化层硬度、增加氮化层深度，并氮化层的组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文研究了强碱蒸馏分-氨磺酸滴定法测定氮化锰铁中氮的分析方法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

分析了妨碍碳氮化物合成成功的原,关的类石墨的碳氮化合物和无定型的碳氮化合物作了介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

氮烯是合成含氮化合物的一类重要的有机活性中间体,具有反应活性、反应类型多样等特点,在材料学、生命科学等新科技领域中有着广泛的应用。

This papoer deals with a nitempering process of sifter mesh.

研究了一种筛片的软氮化工艺。

Electroless plating method is applied to metallize the AlN sbstrate.

应用化学镀镍的方法实现了氮化铝的金属化。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛能提高氮化层硬度、增加氮化层深度，并对氮化层的相组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文研究了强碱蒸馏分-氨磺酸滴定法测定氮化锰铁中氮的分析方法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

分析了妨碍碳氮化物合成成功的原因,对相关的类石墨的碳氮化合物和无定型的碳氮化合物作了介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

氮烯是合成含氮化合物的一类重要的有中间体,具有反应高、反应类型多样等特点,在材料学、生命科学等高新科技领域中有着广泛的应用。

This papoer deals with a nitempering process of sifter mesh.

研究了一种筛片软氮化工艺。

Electroless plating method is applied to metallize the AlN sbstrate.

应用化学镀镍法实现了氮化铝金属化。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛能提高氮化硬度、增加氮化深度，并对氮化组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文研究了强碱蒸馏-氨磺酸滴定法测定氮化锰铁中氮法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

了妨碍碳氮化物合成成功原因,对关类石墨碳氮化合物和无定型碳氮化合物作了介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

氮烯是合成含氮化合物一类重要有机活性中间体,具有反应活性高、反应类型多样等特点,在材料学、生命科学等高新科技领域中有着广泛应用。

This papoer deals with a nitempering process of sifter mesh.

究了一种筛片的软氮工艺。

Electroless plating method is applied to metallize the AlN sbstrate.

应用学镀镍的方法实现了氮铝的金属。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛能提高氮层硬度、增加氮层深度，并对氮层的相组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文究了强碱蒸馏分-氨磺酸滴定法测定氮锰铁中氮的分析方法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

分析了妨碍碳氮成成功的原因,对相关的类石墨的碳氮和无定型的碳氮作了介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

氮烯是成含氮的一类重要的有机活性中间体,具有反应活性高、反应类型多样等特点,在材料学、生命科学等高新科技领域中有着广泛的应用。

This papoer deals with a nitempering process of sifter mesh.

研究了一种筛片的软氮化。

Electroless plating method is applied to metallize the AlN sbstrate.

用化学镀镍的方法实现了氮化铝的金属化。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛能提高氮化层硬度、增加氮化层深度，并对氮化层的相组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文研究了强碱蒸馏分-氨磺酸滴定法测定氮化锰铁中氮的分析方法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

分析了妨碍碳氮化成成功的原因,对相关的类石墨的碳氮化和无定型的碳氮化了介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

氮烯是成含氮化的一类重要的有机活性中间体,具有反活性高、反类型多样等特点,在材料学、生命科学等高新科技领域中有着广泛的用。

This papoer deals with a nitempering process of sifter mesh.

研究了一种筛片的软化工艺。

Electroless plating method is applied to metallize the AlN sbstrate.

应用化学镀镍的方法实现了化铝的金属化。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛能化层硬度、增加化层深度，并化层的相组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文研究了强碱蒸馏分-氨磺酸滴定法测定化锰铁中的分析方法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

分析了妨碍碳化物合成成功的,相关的类石墨的碳化合物和无定型的碳化合物作了介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

烯是合成含化合物的一类重要的有机活性中间体,具有反应活性、反应类型多样等特点,在材料学、生命科学等新科技领域中有着广泛的应用。

This papoer deals with a nitempering process of sifter mesh.

研究了一种筛片的软氮工。

Electroless plating method is applied to metallize the AlN sbstrate.

学镀镍的方法实现了氮铝的金属。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛能提高氮层硬度、增加氮层深度，并对氮层的相组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文研究了强碱蒸馏分-氨磺酸滴定法测定氮锰铁中氮的分析方法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

分析了妨碍碳氮成成功的原因,对相关的类石墨的碳氮和无定型的碳氮作了介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

氮烯是成含氮的一类重要的有机活性中间体,具有反活性高、反类型多样等特点,在材料学、生命科学等高新科技领域中有着广泛的。

This papoer deals with a nitempering process of sifter mesh.

研究一种筛片的软氮化工艺。

Electroless plating method is applied to metallize the AlN sbstrate.

应用化学镀镍的方法实现氮化铝的金属化。

The results show that the titanium can increase the hardness and depth of the nitro-layer,and affect the phose composition of the nitro-layer.

钛能提高氮化层硬、增加氮化层深，氮化层的相组成有影响。

A method for determination of nitrogen in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation has been studied in this paper.

本文研究强碱蒸馏分-氨磺酸滴定法测定氮化锰铁中氮的分方法。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitrides were introduced in the article.

分碍碳氮化物合成成功的原因,相关的类石墨的碳氮化合物和无定型的碳氮化合物作介绍。

Nitrene is a very important kind of of ganic active intermediate to synthesize the compounds containing nitrogen,which has the characters of high reactivity,diversity of reaction type and so on.

氮烯是合成含氮化合物的一类重要的有机活性中间体,具有反应活性高、反应类型多样等特点,在材料学、生命科学等高新科技领域中有着广泛的应用。