gu pao ta fan ying qi fen bu ban de kai kong lv he ye ti fan hun
Mo Zhi-guang Liang Ying-chang Li Lin-que Fan Qiong-jia Chen De-jun Fu Wan-feiLaboratory of Chemical Engineering;South China Institute of Technology

..............page:185-194

han dian hua wu xi tong qi ye ping heng de yan jiu
Hu Ying Ying Xu-gen Zhang Hung-zheInstitute of Chemical Engineering of Shanghai

..............page:153-164

jian ya chai you guan shi lu lie jie zhi xi ting
Cai Hui-lin Zhang Zai-yu Mao Wen-xing Wang De-liang Shi Xian-rengBeijing Research Institute of Chemical Industry

..............page:165-176

cs₂ zhong du fa yan jiu pt-al₂o₃ xi cui hua ji huo xing zhong xin de xing zhi
Yang Xi-yao Pang LiDepartment of Chemistry;Beijing University

..............page:177-184

xin jin li xiang qi ti re rong shu ju yu wen du de guan lian
Ma Pei-sheng Gao Ming-shu Jiang Bi-yun Zhang Jian-houDepartment of Chemical Engineering;Tianjin University

..............page:109-132

kuai su liu tai hua de liu dong
Li You-chou Chen Bing-yu Wang Feng- ming Wang Yong-sheng Mooson KwaukInstitute of Chemical Metallurgy Acadetnia Sinica

..............page:143-152

he cheng niao su xin gong yi yan jiu zhong ya bian huan qi qi ti fa lian niao
Shi Shu-Liang Yu Bing-liangShanghai Research Institute of Chemical Industry

..............page:195-203

yong xu guan fa pan bie a xi cui hua ji shang an he cheng fan ying de su lv mo xing
Liu De-ming Zhao Zhi-liang Huang Zi-xing Wu Xi-junResearch Institute of Nanjing Chemical Co.

..............page:133-142