yi ge shui dao juan ye tu bian ti rl_{11 t} de yi chuan fen xi he ji yin ding wei
zhou yong ; fang yun xia ; zhu jin yan ; li sheng qiang ; gu fei ; gu ming hong ; liang guo hua ;

..............page:1240-1246

yu shu m_s7.1 ji di zhen di biao po lie yu li shi da di zhen
chen li chun ; wang hu ; ran yong kang ; sun zuo ; su gui wu ; wang ji ; tan xi bin ; li zhi min ; zhang xiao qing ;

..............page:1200-1205

mo pao xiang guan dan bai ossec27p zeng qiang que tie zhuan ji yin yan cao gen de h~+ fen mi
yang guang ; gu li ba ha er a ba bai ke li ; ma feng ; zuo li zuo ; wang zuo ; feng chang geng ; li peng ; xu yue ; zhao wei zhong ; yin li ping ;

..............page:1233-1239

duo mo shi sar yu shu di zhen xie tong fen xi
guo hua dong ; wang xin yuan ; li xin wu ; liu guang ; zhang lu ; yan shi yong ;

..............page:1195-1199

ping 10000 ge ke xue nan ti hua xue juan
zhang cun hao ; wan li jun ;

..............page:1300

The concentration and size distribution of enriched elements of airborne particles in Shanghai as haze day
FAN XueBo1;WU WeiWei1;2;WANG GuangHua1;LIN Jun1;YAO Jian1;GENG YanHong1;WEI NanNan1;3;LI YuLan1;LIANG Feng1;LIU Wei1 & LI Yan1Shanghai Institute of Applied Physics;Chinese Academy of Sciences;Shanghai 201800;China;2 College of Optoelectronic Engineering;Chongqing University of Posts and Telecommunications;Chongqing 400065;China;3 School of Nuclear Science and Technology;University of South China;Hengyang 421001;China

..............page:1221-1226

zhong guo dong bei yu mi nong tian sheng tai xi tong fei sheng chang ji tu rang hu xi zuo yong ji qi dui huan jing yin zi de xiang ying
li rong ping ; zhou guang sheng ; wang yu ;

..............page:1247-1254

gan de ji xing da lu xia di ke bu fen rong rong : dui c xing ai da ke yan cheng yin de zhi yue
huang fang ; he yong sheng ;

..............page:1255-1267

Controllable surface modification of nanowires by focused-electron-beam-induced deposition of carbon
SU JiangBin1;2;ZHU XianFang1;3;4;LI LunXiong1 & WANG ZhanGuo3 1 China-Australia Joint Laboratory for Functional Nanomaterials & Physics Department;Xiamen University;Xiamen 361005;China;2 Mathematics and Physics Department;Jiangsu Polytechnic University;Changzhou 213164;China;3 Key Laboratory of Semiconductor Materials Science;Institute of Semiconductors;Chinese Academy of Sciences;Beijing 100083;China;4 Institute of Solid State Physics;Chinese Academy of Sciences;Hefei 230031;China

..............page:1288-1293

chao sheng su hun he ceng mi du chang ce liang yu jin si zhong gou
zhao yu xin ; yi shi he ; he lin ; tian li feng ;

..............page:1227-1232

xi cang la sa shi da qi qi rong jiao ¹⁰be ji qi ji jie bian hua
huang jie ; kang shi chang ; shen cheng de ; cong zhi yuan ; liu ke xin ; wang wei ; liu li chao ;

..............page:1274-1280

hu lian wang shi dai de ruan jian ji shu : xian zhuang yu qu shi
mei hong ; liu zhu zhe ;

..............page:1214-1220

Application of AIE-active molecules in biosensing
YAN JiMing1;QIN AnJun1;SUN JingZhi1;TANG BenZhong1;2 1 Department of Polymer Science & Engineering;Institute of Biomedical Macromolecules;Key Laboratory of Macromolecular Synthesis and Functionalization of the Ministry of Education of China;Zhejiang University;Hangzhou 310027;China;2 Department of Chemistry;The Hong Kong University of Science& Technology;Hong Kong;China

..............page:1206-1213

yu jian zhu yi ti hua tai yang neng shuang xiao ji re qi xi tong zai bei dong cai nuan gong zuo mo shi xia de mo ni he shi yan yan jiu
ji jie ; luo cheng long ; sun zuo ; he wei ; pei gang ; han chong wei ;

..............page:1294-1299

fei ping heng ding tai xia xi fu guo cheng de re li xue fen xi
wang li ning ; zuo jing chun ;

..............page:1281-1287

nan ji bing gai zhong shan zhan -dome a duan mian biao ceng xue nei ¹⁸o fen bu
ding ming hu ; xiao cun de ; jin bo ; ren jia wen ; qin da he ; sun wei zhen ;

..............page:1268-1273

ke xue tong bao (chinese science bulletin) zheng gao jian ze

..............page:1301