The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文目是研究石墨作发泡剂泡沫玻璃微波吸收特性。

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.

分析了妨碍合成成功原因,对相关类石墨合和无定型合作了介绍。

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

进而分析了脉冲电场作用下基体中石墨数量增加,有效地缩短了珠光体分解时原子扩散距离,从而加速了第二阶段石墨过程中珠光体转变。

The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文目究石墨作发泡剂泡沫玻璃微波吸收特性。

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.

分析了妨碍氮化物合成成功原因,对相关类石墨氮化合物和无定型氮化合物作了介绍。

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

进分析了脉冲电场作用下基体中石墨晶核数量增,有效地缩短了珠光体分解时原子扩散距离,从了第二阶段石墨化过程中珠光体转变。

The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文的目的是研究作发泡剂的泡沫玻璃的微波吸收特性。

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.

分析了妨碍氮化物合成成功的原因,对相关的类的氮化合物和无定型的氮化合物作了介绍。

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

进而分析了脉冲电场作用下基体中晶核的数量增加,有效地缩短了珠光体分解时原子的扩散距离,从而加速了第二阶化过程中珠光体的转变。

The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文的目的是研究石墨作发泡剂的泡沫玻璃的收特性。

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.

分析妨碍氮化物合成成功的原因,对相关的类石墨的氮化合物和无定型的氮化合物作介绍。

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

进而分析脉冲电场作用下基体中石墨晶核的数量增加,有效地缩短体分解时原子的扩散距离,从而加速第二阶段石墨化过程中体的转变。

The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文的目的是研究石墨作发泡剂的泡沫玻璃的微波吸收特性。

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.

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

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

进而分析了脉冲电场作用下基体中石墨晶核的加,有效地缩短了珠光体分解时原子的扩散距离,从而加速了第二阶段石墨化过程中珠光体的转变。

The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文的目的是研究石墨作发泡剂的泡沫玻璃的微波吸收特性。

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.

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

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

进而分析了脉冲电场作用下基中石墨晶核的数量增加,有效地缩短了分解时原子的扩散距离,从而加速了第二阶段石墨化过程中的转变。

The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文的目的是研究石墨作发泡剂的泡沫玻璃的微波吸收特性。

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.

分析氮化物合成成功的原因,对相关的类石墨的氮化合物和无定型的氮化合物作介绍。

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

进而分析脉冲电场作用下基体中石墨晶核的数,有效地缩短珠光体分解时原子的扩散距离,从而速第二阶段石墨化过程中珠光体的转变。

The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文的目的是研究石墨作发泡剂的泡沫玻璃的微波吸收特性。

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.

分析了妨碍物合成成功的原因,对相关的类石墨的合物和无定型的合物作了介。

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

分析了脉冲电场作用下基体中石墨晶核的数量增加,有效地缩短了珠光体分解时原子的扩散距离,从加速了第二阶段石墨过程中珠光体的转变。

The purpose of this paper is to study the radar absorbing effect of foamglass with graphite as vesicant.

本文的目的是研作发泡剂的泡沫玻璃的微波吸收特性。

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.

分析了妨碍氮化物合成成功的原因,对相关的类的氮化合物和无定型的氮化合物作了介绍。

The result indicated that transformation of perlite was accelerated and the quantities of ferrolites was increased under the function of impulse electric field at second stage graphitization.

进而分析了脉冲电场作用下基体中晶核的数量增加,有效地缩短了珠光体分解时原子的扩散,而加速了第二阶段化过程中珠光体的转变。