na mi zro₂ gu ti de nei hao he li xue xing neng
XIE Cunyi;ZHANG Lide LI Yan;CHEN Zhuyao WANG Xiumei

..............page:404-408

bo li xian wei -al hun za fu he ceng ban de pi lao lie feng kuo zhan xing wei
LIU Danmei;QU Wei;YANG Weifeng;ZHANG Reiping XIA Yuebo

..............page:450-454

sic jing xu han liang dui sicw/2024al fu he cai liao xing neng de ying xiang
MA Zongyi;BI Jing;L Yuxiong;SHEN Hongwei;GAO Yinxuan

..............page:445-449

rong rong nacl- na,k ₂so₄ yin qi de fe-cr he jin de re fu shi
ZHANG Jianqing;ZENG Chaoliu;WU Weitao

..............page:375-380

guo jia zi ran ke xue ji jin wei yuan hui cai liao yu gong cheng ke xue bu guan yu jia qiang zhi chi chuang xin yan jiu de yi jian

..............page:459

leng zha al-li he jin de zai jie jing
DING Hua;ZHANG Caipei;CUI Jianzhong

..............page:391-394

chao gao fen zi liang ju yi xi xian wei de deng li zi ti biao mian chu li
Low-temperature plasma was applied to treat the surface of fibres to improvetheir interface adhesion to eposy resin;thus developing light composite materials with good me-chanical properties subsequently.The results showed that the surface energy of the treated fibreswas increased significantly so that the fibres could be wetted very well by resin;and that the ad-hesion strength of the fibres to resin was incressed significantly by 5—10 times.In this paper themechanism of improvement of the interface adhesion has been discussed and revealed;and asynthetical and quantitative analysis on the contribution of every mechanism to adhesionstrength has been carried out.

..............page:427-434

al-si-ti-ce he jin de kuai su ning gu guo cheng ji wei guan zu zhi
SHAO Guosheng;SHEN Ningfu

..............page:395-399

hq80c he hq100 gang jian qie qu fu qiang du dui wen du he ying bian su lv de min gan xing
HUANG Yanliang YAN Wenbin TU Mingjing

..............page:381-385

wu ji tian liao dui ju an zuo gong ju wang luo zu ni xing de ying xiang
CHEN Qingmin;YU Xuehai CAI Dongrui;SU Yanxi;YANG Jiqing;GENG Kuishi

..............page:440-444

ping xing yu ye / gu jie mian de ceng liu dui jie mian wen ding xing de ying xiang
LU Deyang;LIU Shan;HUANG Tao;ZHOU Yaohe

..............page:400-403

be zai c/mg fu he cai liao zhong de jie mian zuo yong
WANG Haowei;SHANG Baolu;ZHENG Laisu

..............page:455-458

sic xian wei de qiang du ce shi he ping jia
SHI Nanlin;CHANG Xinchun;XIA Fei

..............page:423-426

er yuan xi xiang ping heng ju shi de ji he fen xi
HAO Shiming;JIANG Min;LIU Xingjun

..............page:369-374

han sm ju he wu de zhi bei ji ying guang xing zhi
ZHANG Qijin;CHEN Guodong;WANG Yuesheng;LUO Xiaolie

..............page:435-439

zuo suan jia jing xu de yan zhi
WEI Xueli

..............page:460

sic jing xu biao mian cheng fen he tu ceng dui kang yang hua xing de ying xiang
ZHANG Zongtao;HUANG Yong;LE Huirong;JIANG Zuozhao;YONG Jingyin;YIE Xiaoyan

..............page:409-413

bao hong chu li dui 20crmo gang qing cui min gan xing de ying xiang
SUI Yucheng;YU Bainian;CHENG Liangshan;ZHAO Ming;ZHANG Wanzheng

..............page:386-390

ju he wu re jie - fan ying shao jie sic de zhi bei
QU Zhe;YANG Yongjin;MA Lixin;SHU Guoyue

..............page:419-422

tao ci re zhang tu ceng de gao wen xun huan yang hua xing wei
CHEN Quanfang;FAN Shikai;GONG Junbo;LI Tiefan

..............page:414-418