1.
The Expression of APE1 and Its Correlation with Prognostic Significance after ~(252)Cf Radiotherapy in Cervical Cancer
APE1在宫颈癌的表达及其与锎-252中子放疗预后的关系
2.
Review and analysis of californium-252 neutron brachytherapy on cervical cancer in China
~(252)锎中子治疗宫颈癌国内文献回顾及分析
3.
A Clinical Randomized Study of Cf-252 Intracavitary Radiation Combined with External-beam Irradiation in the Treatment of Esophageal Carcinoma;
外照射配合～（252）锎中子射线腔内照射治疗食管癌的临床随机研究
4.
Clinical value in evaluating of cervical cancer to neutron-knife radiation therapy
宫颈癌中子刀(~(252)锎)放射治疗前后MRI检查的临床价值
5.
Effects of Neutron Brachytherapy Combined External Beam Radiotherapy on Cervical Cancer
~(252)锎中子后装加外照射治疗子宫颈癌的疗效观察
6.
Prediction for Single Event Upset Rate in Space Orbits Based on ~(252)Cf Experimental Results
应用锎源实验结果预估空间轨道单粒子翻转率
7.
Measurement of serum anti-IgM+IgG+IgA in 252 cases of mycoplasma pneumonia
252例支原体肺炎血清抗体检测报道
8.
ADR Case Reports in Our Hospital:Analysis of 252 Cases
我院252例药品不良反应报告分析
9.
Emphases of Maintenance Technology for ZF6-252 GIS Equipment
ZF6-252型GIS设备的维护技术要点
10.
Analysis of Frequent Pressurizing in LW10B-252 Circuit Breaker
LW10B-252型断路器机构打压频繁的分析
11.
Technical Improvement of Total Thyroidectomy:A Report of 252 Cases
甲状腺全切除术的技术改进(附252例报告)
12.
Spectrum analysis of nuclear information system based on ~(252)Cf fission neutron source
基于~(252)Cf裂变中子源的核信息系统频谱分析
13.
Development of on-line monitoring systems for LW11-252 SF_6 high voltage circuit breakers
LW11-252型SF_6高压断路器在线监测系统的开发
14.
Cause Analysis to Incompletely Divide-shut Brake and Heating of GW10-252 Type Isolating Switch
GW10-252型隔离开关分合闸不到位及发热原因分析
15.
Design and Test of a Thin Wall and Fast Pulse ~(252)Cf Ionization Chamber
薄壁快脉冲~(252)Cf裂变电离室的研制及性能测试
16.
Data Process for Time-to-Amplitude ～(252)Cf Randomly Pulsed Neutron Source System
时幅变换方式的~(252)Cf随机脉冲源系统数据处理
17.
Effects of Applying Nitrogenous Fertilizer and Growing Density on the Yield of Maize Dongnong 252
施肥和种植密度对玉米品种东农252产量的影响
18.
To create a mere three atoms of element118, the scientists spent two months bombarding the californium target with30 billion billion calcium ions.
为了创造这微不足道的3个原子，科学家花费了2个月时间，用30万亿亿个钙离子来轰击锎离子。