1000-1522
2005 Issue S1
Comparison of high-temperature drying and conventional drying of Chinese fir lumber
ZHOU Yong-dong; LI Xiao-ling. Research Institute of Wood Industry;Chinese Academy of Forestry; Beijing;100091;P.R.China.
ZHOU Yong-dong; LI Xiao-ling. Research Institute of Wood Industry;Chinese Academy of Forestry; Beijing;100091;P.R.China.
..............page:18-21
Radio frequency/vacuum drying tests on japanese sugi
LI Xiao-ling 1;ISAO Kobayashi +2; NAOHIRO Kuroda +2; GAO Rui-qing +1.1 Research Institute of Wood Industry; Chinese Academy of Forestry; Beijing; 100091; P. R. China;2 Forestry and Forest Products Research Institute; Ibayaki; 305--8687; Japan.
LI Xiao-ling 1;ISAO Kobayashi +2; NAOHIRO Kuroda +2; GAO Rui-qing +1.1 Research Institute of Wood Industry; Chinese Academy of Forestry; Beijing; 100091; P. R. China;2 Forestry and Forest Products Research Institute; Ibayaki; 305--8687; Japan.
..............page:42-46
Different curves in the wood drying of eucalyptus
WANG Xi-ming; HE Qin. College of Forestry Engineering;Inner Mongolia Agricultural University;Huhhot;010018;P.R.China.
WANG Xi-ming; HE Qin. College of Forestry Engineering;Inner Mongolia Agricultural University;Huhhot;010018;P.R.China.
..............page:13-17
Unsteady-state moisture diffusion in the drying of Chinese fir wood bunch
LI Yan-jun 1; ZHANG Bi-guang 2; LI Xian-jun 2;LI Liang +2.1 School of Engineering of Zhejiang Forestry College;Lin’an;311300; P. R. China;2 College of Material Science and Technology; Beijing Forestry University;100083; R. R. China.
LI Yan-jun 1; ZHANG Bi-guang 2; LI Xian-jun 2;LI Liang +2.1 School of Engineering of Zhejiang Forestry College;Lin’an;311300; P. R. China;2 College of Material Science and Technology; Beijing Forestry University;100083; R. R. China.
..............page:61-63
Exergy analysis and experiments on high temperature dehumidifying heat pump
CHEN Jun 1;2 ;SHI Lin + 1 ; ZHANG Jin-long + 1 ; ZHANG Bi-guang +3. 1 Key Laboratory of Thermal Science and Power Engineering;Department of Thermal Engineering; Tsinghua University; Beijing; 100084;P.R.China; 2 Chengde Petroleum School; 067000;P.R.China;3 College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
CHEN Jun 1;2 ;SHI Lin + 1 ; ZHANG Jin-long + 1 ; ZHANG Bi-guang +3. 1 Key Laboratory of Thermal Science and Power Engineering;Department of Thermal Engineering; Tsinghua University; Beijing; 100084;P.R.China; 2 Chengde Petroleum School; 067000;P.R.China;3 College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
..............page:22-26
Mechanism of internal moisture migration in wood during the microwave drying
LIU Zhi-jun 1;ZHANG Bi-guang 2;LIU Zhi 1. 1 Department of Wood Science and Engineering; Hebei Agricultural University; Baoding; 071000;P. R. China;2 College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
LIU Zhi-jun 1;ZHANG Bi-guang 2;LIU Zhi 1. 1 Department of Wood Science and Engineering; Hebei Agricultural University; Baoding; 071000;P. R. China;2 College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
..............page:51-55
Drying characteristics of wood in different sizes using the method of apparent warp activation energy
XIE Guo-zhen 1;LI Guang 1;PAN Shu-yuan 1;WANG Rui-xiang 1;CHEN Yun 2 ;ZHANG Bi-guang 3. 1 Beijing Key Laboratory for Heating; Gas; Ventilation and Air-conditioning Engineering; Beijing Institute of Civil Engineering and Architecture;100044;P.R.China;2 Institute of Products Designing of State Forestry Administration; Beijing; 100053;P.R.China;3 College of Material Science and Technology;Beijing Forestry University;100083;P.R.China.
XIE Guo-zhen 1;LI Guang 1;PAN Shu-yuan 1;WANG Rui-xiang 1;CHEN Yun 2 ;ZHANG Bi-guang 3. 1 Beijing Key Laboratory for Heating; Gas; Ventilation and Air-conditioning Engineering; Beijing Institute of Civil Engineering and Architecture;100044;P.R.China;2 Institute of Products Designing of State Forestry Administration; Beijing; 100053;P.R.China;3 College of Material Science and Technology;Beijing Forestry University;100083;P.R.China.
..............page:5-8
Changes of wood interior porosity during the drying process
FEI Ben-hua; ZHAO Yong; HOU Zhu-qiang; ZHAO Rong-jun. Research Institute of Wood Industry; Chinese Academy of Forestry; Beijing; 100091;P.R.China.
FEI Ben-hua; ZHAO Yong; HOU Zhu-qiang; ZHAO Rong-jun. Research Institute of Wood Industry; Chinese Academy of Forestry; Beijing; 100091;P.R.China.
..............page:1-4
Factors influencing the drying quality of small-diameter birch lumbers
ZHAO Xi-ping 1; GUO Ming-hui 1; ZHU Xi-ling 2. 1 Material Science and Engineering College; Northeast Forestry University; Harbin; 150040;P. R. China;2 Administrative Department of Great Xing’an Mountain; Jiakeda; Heilongjiang;165000;P.R.China.
ZHAO Xi-ping 1; GUO Ming-hui 1; ZHU Xi-ling 2. 1 Material Science and Engineering College; Northeast Forestry University; Harbin; 150040;P. R. China;2 Administrative Department of Great Xing’an Mountain; Jiakeda; Heilongjiang;165000;P.R.China.
..............page:47-50
Heating system in wood drying with steam-jet heat pump
MIAO Ping.Journal of Beijing Wood Industry College; Nanjing Forestry University; 210037; P. R. China.
MIAO Ping.Journal of Beijing Wood Industry College; Nanjing Forestry University; 210037; P. R. China.
..............page:68-70
Influencing factors in the convective drying of wood particles
LI Wen-jun; TIAN Yong-chen; LI Xian-jun; ZHANG Bi-guang. College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
LI Wen-jun; TIAN Yong-chen; LI Xian-jun; ZHANG Bi-guang. College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
..............page:38-41
Comparison of RFV method with other dryingmethods for plantation timber
GAO Rui-qing 1 LI Xiao-ling 1 NAOHIRO Kuroda 2 ISAO Kobayashi 21 Research Institute of Wood Industry; Chinese Academy of Forestry; Beijing; 100091; P. R. China; 2 Department of Wood Processing; FFPR; Japan
GAO Rui-qing 1 LI Xiao-ling 1 NAOHIRO Kuroda 2 ISAO Kobayashi 21 Research Institute of Wood Industry; Chinese Academy of Forestry; Beijing; 100091; P. R. China; 2 Department of Wood Processing; FFPR; Japan
..............page:27-31
Induced discoloration of Buerger maple in high temperature steaming
GAO Jian-min;ZHANG Bi-guang;CHANG Jian-min.College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
GAO Jian-min;ZHANG Bi-guang;CHANG Jian-min.College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
..............page:56-60
Exploration of mechanics in wood collapse
ZHUANG Shou-zeng; ZHAO Shou-yue; MIAO Ping. College of Wood Industry;Nanjing Forestry University; 210037;P.R. China.
ZHUANG Shou-zeng; ZHAO Shou-yue; MIAO Ping. College of Wood Industry;Nanjing Forestry University; 210037;P.R. China.
..............page:9-12
Discussion on improving measurement accuracy of wood moisture content by oven drying method
CAI Ying_chun; CHEN Guang-yuan; AI Mu-ye; SUN Huai-fa. Material Science and Engineering College;Northeast Forestry University;Harbin;150040; P. R. China.
CAI Ying_chun; CHEN Guang-yuan; AI Mu-ye; SUN Huai-fa. Material Science and Engineering College;Northeast Forestry University;Harbin;150040; P. R. China.
..............page:64-67
Theoretical analysis and experiment on the characteristics of impinging stream drying of wood particles
XIE Yong-qun 1; ZHANG Bi-guang 2; CHANG Jian-min 2.1 College of Material Engineering; Fujian Agricultural and Forestry University; Fuzhou; 350002;P. R. China; 2 College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
XIE Yong-qun 1; ZHANG Bi-guang 2; CHANG Jian-min 2.1 College of Material Engineering; Fujian Agricultural and Forestry University; Fuzhou; 350002;P. R. China; 2 College of Material Science and Technology; Beijing Forestry University; 100083; P. R. China.
..............page:32-37