摘要
试验研究了CsNO3对组分为KNO3 Mg Si C48H42O7近红外(0.7～1.1μm)照明剂辐射强度的影响;当不改变KNO3 Mg Si C48H42O7组分时,外加5%CsNO3能使红外辐射强度I0.7～1.1μm提高20%,外加10%CsNO3则由于主峰值谱能量降低而不能有效提高I0.7～1.1μm。试验认为,CsNO3用于以KNO3 Mg Si C48H42O7为基础的近红外(0.7～1.1μm)照明剂,其加入量以5%～6%为宜。
The test studied the influence of the CsNO_3 on the radiant intensity of the near-infrared illuminant(0.7～1.1 μm)composed of KNO_3-Mg-Si-C_(48)H_(42)O_7. Without changing the component of the KNO_3-Mg-Si-C_(48)H_(42)O_7,I_(0.7～1.1 μm) was improved by 20% with 5% CsNO_3. But added 10% CsNO_3,I_(0.7～1.1 μm) was not improved because of the fall of the main peak value of the spectrum energy. In order to adjust the component of the KNO_3-Mg-Si-C_(48)H_(42)O_7,it is better to add 6% CsNO_3 than 4% CsNO_3. The test approves when the CsNO_3 is used with the near-infrared illuminant composed of KNO_3-Mg-Si-C_(48)H_(42)O_7,it is appropriate to add 5%～6% CsNO_3.
出处
《含能材料》
EI
CAS
CSCD
2004年第3期171-173,M005,共4页
Chinese Journal of Energetic Materials
关键词
物理化学
硝酸铯
红外照明剂
红外辐射
physical chemistry
caesium nitrate
infrared illuminant
infrared-radiant
