Nuclear Techniques 2001 Issue S1 qian yan

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Nuclear Techniques
0253-3219
2001 Issue S1

qian yan
chen mao bai

..............page:6-7

Mini-cyclotron based Shanghai super-sensitive accelerator mass spectrometer
CHEN Maobai

..............page:1-10

Technique characters and design criteria of the minicyclotron based super-sensitive acceleretor mass spectrometer
CHEN Maobai

..............page:11-21

Structure consideration and parameter determination in minicyclotron based super-sensitive accelerator mass spewctrometer
CHEN Maobai

..............page:22-35

Physics design and beam orbit program in minicyclotron based super-sensitiveacceleretor mass spectrometer
Li Deming

..............page:36-41

Study of non-ideal factors in SMCAMS
LU Xiangshun

..............page:42-51

Micro-computer based control system and its soft ware for carrying out the sequential acceleration on SMCAMS
LI Deming

..............page:52-59

Experimental study of the sequential acceleration on SMCAMS
CHEN Maobai

..............page:60-64

Preliminary analysis and improvement of the fractionation factors existingin SMCAMS
LU Xiangshun

..............page:65-70

The further analysis and improvement of the fractionation factorsexisting in SMCAMS
CHEN Maobai

..............page:71-77

Improvement of the SMCAMS equipment and performance
Chen Maobai

..............page:78-95

Improvement of the original electronic apparatus in SMCAMS for imple-menting the sequential acceleration
SEN Ligong

..............page:96-101

Analysis of X-ray induced causes and ist suppression in SMCAMS
LU Xiangshun

..............page:102-105

Discussion of possibilities of analysing other radio nuclei in SMCAMS
LU Xiangshun

..............page:106-109

Mechanical design and engineering calculation of the SMCAMS magnet
CHEN Guosheng

..............page:110-121

The manufacture technology of the SMCAMS magnet
XUE Yanhe

..............page:122-132

The computer applications in measuring and non-electrically shaping theSMCAMS magnetic field
LI Deming

..............page:133-139

The results of the measuring and non-electrical shaping the SMCAMS magnetic field
ZHANG Xilin

..............page:140-150

Development of the high frequency ramp generator to produce the tri-angularwave voltage for SMCAMS
GONG Peirong

..............page:151-157

Improvement of the high frequency ramp generator to produce tri-angularwave voltage for SMCAMS
GONG Peirong

..............page:158-161

Physics design of the SMCAMS injection system
LI Deming

..............page:162-175

Physics Design of the SMCAMS extraction system
XU Senlin

..............page:176-182

Engineering design and mechanical manufacture of the SMCAMSbeam transport system
SAN Hekang

..............page:183-186

Optimum design of the SMCAMS injection system
LIU Yonghao

..............page:187-191

The vertical multi-sample device with pushing-pulling type
CHEN Guosheng

..............page:192-196

The vertical multi-sample device with rotating type
CHEN Guosen

..............page:197-204

The autocontrol system of the vertical rotatable multi-sample device in SMCAMS
JIA Wenhong

..............page:205-210

Development of the micro-channel plate detector for SMCAMS¹⁴C measurement
ZHANG Yingji

..............page:211-219

Performance improvement of the micro-channel plate based detector for SMCAMS
LU Xiangahun

..............page:220-224

Application of computer technique in SMCAMS
LI Deming

..............page:225-230

The distributed control system of Shanghai Mini-cyclotron Accelerator Mass Spectrometer (SMCAMS)
SHAO Yuhe

..............page:231-235

The sample preparation at AMS 1~4C dating
ZHOU WeijianZHANG lie

..............page:236-243

Development of a multi-sample high intensity sputter negative ion source for AMS
SI HouzhiShanghai Institute of Nuclear Research; the Chinese Academy of Sciences; Shanghai 201800

..............page:244-249