稀有金属材料与工程
稀有金屬材料與工程
희유금속재료여공정
RARE METAL MATERIALS AND ENGINEERNG
2007年
z3期
188-190
,共3页
王福学%薛成山%庄惠照%张晓凯%艾玉杰%孙丽丽%杨兆柱
王福學%薛成山%莊惠照%張曉凱%艾玉傑%孫麗麗%楊兆柱
왕복학%설성산%장혜조%장효개%애옥걸%손려려%양조주
热稳定性%N2%InN粉末%分解%In2O3
熱穩定性%N2%InN粉末%分解%In2O3
열은정성%N2%InN분말%분해%In2O3
Thermal behaviors%N2%InN powders%dissociated%In2O3
用X射线衍射(XRD),傅里叶红外吸收(FTIR)对InN粉末在N2气中的热稳定性进行了分析.结果表明:当温度超过600℃时,一部分InN粉末被氧化;但当温度增加到800℃时,一部分InN粉末分解成In和N2;一部分InN粉末转变成In2O3粉末.
用X射線衍射(XRD),傅裏葉紅外吸收(FTIR)對InN粉末在N2氣中的熱穩定性進行瞭分析.結果錶明:噹溫度超過600℃時,一部分InN粉末被氧化;但噹溫度增加到800℃時,一部分InN粉末分解成In和N2;一部分InN粉末轉變成In2O3粉末.
용X사선연사(XRD),부리협홍외흡수(FTIR)대InN분말재N2기중적열은정성진행료분석.결과표명:당온도초과600℃시,일부분InN분말피양화;단당온도증가도800℃시,일부분InN분말분해성In화N2;일부분InN분말전변성In2O3분말.
Thermal behaviors of InN powders in N2 (purity, 99.999%) were investigated by XRD and FTIR. A few indium nitride (InN) powders were oxygenated when the thermal temperature exceeded 600 ℃ .When the temperature was increased to 800 ℃, Part of InN powders were dissociated In and N2 and turned into In2O3.
