| 1. 人工神经网络在纸浆卡伯值光学定量分析中的应用.
高等学校化学学报. 2000,21(8):1208 (该文被SCI收录)
2. Investigation of delignification in
sulfite cooking process with visible spectroscopys.
53rd APPITA Annual General Conference
v1, Rotoruz, NZ, 1999, 11: 289-291(该文被EI
和 ISTP收录)
3. 纸浆卡伯值的可见分光光度法在线测量. 分析测试学报. 1999,18(5):35
4. 蒸煮液中的水分对纸浆卡伯值在线测量的影响分析. 光学技术. 1999,140(6):54
5. 近红外光谱技术在制浆造纸工业中的应用. 现代科学仪器. 2000,1:37
6. 亚硫酸盐法制浆过程中纸浆卡伯值的在线测量(I)—制浆废液中有机物组分的光谱分析.
光学技术. 2000,26(2):186
7. 纸浆卡伯值光学测定中化学计量学方法的应用. 华南理工大学学报. 2000,28(10):65
8. Study Of On-Line Measurement Of Pulp
Kappa Number With Spectrometry During
Pulping, Proceedings of TAPPI Summit 2002,
Atlanta, USA, March, 2002: 9
9. 间歇蒸煮过程中纸浆卡伯值光学监控技术. 第十三届中国过程控制年会论文集.
珠海、澳门,2002,7:839
10.The mathematic model of on-line measuring
pulp kappa number with spectrum technology.
The 2nd Internal symposium emerging technologies
of pulp and papermaking(ISETTP),Guangzhou,
China, Oct. 2002: 879(该文被ISTP收录)
11. Contemporary Integrated Processing
System of Modern Paper Industry and It’s
Key Technology. The 2nd Internal symposium
emerging technologies of pulp and papermaking(ISETTP),Guangzhou,
China, Oct. 2002: 892(该文被ISTP收录)
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