1001-232X
2014 Issue 2
Research and development of X-ray energy spectrum fluorescence core scanning analysis technology
Jiang Chaohua;,Jiang Xiangfeng;,Ni Shouliang;,Pang Xiaoli;,Xue Yong;
Jiang Chaohua;,Jiang Xiangfeng;,Ni Shouliang;,Pang Xiaoli;,Xue Yong;
..............page:1-6
Design and application of on-line nickel analyzer
Hong Lingcheng;,Liu Chao;,Wang Yan;,Xu Yanqing;
Hong Lingcheng;,Liu Chao;,Wang Yan;,Xu Yanqing;
..............page:7-10
Design of LED-induced chlorophyll fluorescence spectrum detection system
Cao Ning;,Le Jing;,Li Jing;,Wan Wenbo;
Cao Ning;,Le Jing;,Li Jing;,Wan Wenbo;
..............page:11-15
Automatic test method and apparatus of rock sample permeability using gas tracer technology
Bao Yunjie;,Yu Lingjie;
Bao Yunjie;,Yu Lingjie;
..............page:16-18
Enantiomeric separation of 4 chiral pesticides on cellulose-(3-chlorophenylcarbamate) chiral stationary phases
Han Xiaoqian;,He Naipu;,Ma Shujuan;,Qiu Wei;,Ren Qin;,Zhang Dabing;
Han Xiaoqian;,He Naipu;,Ma Shujuan;,Qiu Wei;,Ren Qin;,Zhang Dabing;
..............page:19-22
Determination of volatile organic compounds in cigarette packaging materials using static HS/GC-MS
Liao Guorong;,Wang Gaowei;,Yang Xiaoyan;,Ying Hongbo;,Yuan Qing;,Zheng Jianming;,Zhou Li;
Liao Guorong;,Wang Gaowei;,Yang Xiaoyan;,Ying Hongbo;,Yuan Qing;,Zheng Jianming;,Zhou Li;
..............page:23-27
A new detector tubes auto-analyzer
Guo Xin;,Hou Chen;,Sun Yanqiao;
Guo Xin;,Hou Chen;,Sun Yanqiao;
..............page:28-33
Determination of nickel in cholesterol by graphite furnace atomic absorption spectrophotometry
He Ruiling;,Lin Zhiyi;,Luan Lin;,Sun Huimin;,Wang Jian;,Yan Zhongtian;,Yang Rui;,Yang Xia;
He Ruiling;,Lin Zhiyi;,Luan Lin;,Sun Huimin;,Wang Jian;,Yan Zhongtian;,Yang Rui;,Yang Xia;
..............page:34-37
Determination of ten kinds of trace nitrobenzene compounds in water samples by GC-ECD
Dong Yulian;,Huang Tianxiao;,Xiang Caihong;
Dong Yulian;,Huang Tianxiao;,Xiang Caihong;
..............page:38-42
Quick determination of free silica in mica powder
Li Kun;,Wang Wenbao;
Li Kun;,Wang Wenbao;
..............page:43-46
Study on simultaneous determination of multi-residues in edible fungus samples by UPLC-MS/MS
Gulisitan;,Liu Shenghong;,Sun Tao;,Wang Cheng;,Zhao Duoyong;,Zhao Zigang;
Gulisitan;,Liu Shenghong;,Sun Tao;,Wang Cheng;,Zhao Duoyong;,Zhao Zigang;
..............page:47-51
Chromatographic separation of 49 allergenic fragrances
Shen Bing;,Xi Qihui;,Zhang Jin;
Shen Bing;,Xi Qihui;,Zhang Jin;
..............page:52-59
Application of Vibrio Tox in ground water automaticm onitoring station
Bao Lei;,Liu Ping;,Liu Wei;,Yu Jiayan;
Bao Lei;,Liu Ping;,Liu Wei;,Yu Jiayan;
..............page:60-64
Determination of curcumin in ginger tea by liquid chromatography mass spectrometry with ultrasonic ex-traction
Li Zhanbin;,Tan Hong;,Yang Changbiao;,Zhang Lijuan;
Li Zhanbin;,Tan Hong;,Yang Changbiao;,Zhang Lijuan;
..............page:65-68
Determination of thiamethoxam in vegetables by accelerated solvent extraction-HPLC
Ding Bangdong;,Jin Dangqin;,Kong Yong;
Ding Bangdong;,Jin Dangqin;,Kong Yong;
..............page:69-72
Determination of ophiopogonin D’ in Ophiopogon japonicus(L .f)Ker-Gawl by RP-HPLC
Gong Kemin;,Zhang Pengwei;,Zhao Huaiqing;
Gong Kemin;,Zhang Pengwei;,Zhao Huaiqing;
..............page:73-76
Determination of La,Mg in Co-based alloys by inductively coupled plasma atomic emission spectrometry
Gao Song;,Pang Xiaohui;,Xu Weibing;
Gao Song;,Pang Xiaohui;,Xu Weibing;
..............page:77-80
Techniques for formation and interchange of mass-thickness contrast and diffraction contrast in TEM im-ages
Liu Hongrong;,Wang Yanguo;,Wen Boyun;
Liu Hongrong;,Wang Yanguo;,Wen Boyun;
..............page:81-86
Determination of tungsten content in ore samples by improved FIA spectrophotometry
Chen Chen;,Kong Yumei;,Meng Fanrui;,Yang Qi;
Chen Chen;,Kong Yumei;,Meng Fanrui;,Yang Qi;
..............page:87-89
Simultaneousl application of dual-column and dual detectors on chromatograph-mass spectrometry-FID system
Zhu Jianshe;
Zhu Jianshe;
..............page:90-94
Study on light scattering detection simulation of a microfluidic chip
Guo Jianjiang;,Xu Peifeng;,Yang Ning;,Zhang Rongbiao;
Guo Jianjiang;,Xu Peifeng;,Yang Ning;,Zhang Rongbiao;
..............page:95-100
jie jue fen xi yi wen ding xing ji ke kao xing nan ti de tan suo yan jiu
jiang pei gang ;, jin yi zhong ;
jiang pei gang ;, jin yi zhong ;
..............page:101-104
Design and application of gas chromatography experimental teaching simulation software
Fu Houtun;,Hu Siqian;,Tan Fang;
Fu Houtun;,Hu Siqian;,Tan Fang;
..............page:105-109
How to prevent volatilization and modification of the diffusion pumpoil in the electron microscope (TEM)
Deng Zhigang;
Deng Zhigang;
..............page:110-111
Developing superiority of large-scale instrument to strengthen the teaching and scientific research of uni-versity
Peng Minhong;
Peng Minhong;
..............page:112-114
zi dong qing xi xi tong zai ye ti zai xian shui zhi fen xi yi biao zi dong wei hu zhong de ying yong
li yong nan ;, li zuo ;, tan qiang ;
li yong nan ;, li zuo ;, tan qiang ;
..............page:115-118
..............page:119-123
zhen kong gan zao xiang gu zhang xiu li
wang meng ;
wang meng ;
..............page:124-124
..............page:125-127
..............page:128-128
..............page:129-130