中子俘获

中子俘获反应即（n，γ）反应，是一种重要的中子核反应。

Neutron capture reaction i.e ( n ,γ) reaction , it is an important neutron nuclear reaction .

~（197）Au的热中子俘获截面评价

Evaluation of thermal neutron capture cross section of ~ ( 197 ) au

29～1100keV能区~（59）Co中子俘获截面的测量

Measurement of neutron capture cross section of 59 CO in the energy range 29 to 1100 keV

硼中子俘获法诱导C6胶质瘤细胞凋亡

Boron neutron capture inducing apoptosis in C6 glioma cells

太阳系的元素丰度分布与AGB星慢中子俘获元素

Abundance Distribution in the Solar System and Slow Neutron Capture Elements in AGB Stars

目的观察硼中子俘获法（BNCT）对体外培养C6细胞的作用并探讨其原理。

Objective To investigate the effect and mechanism of boron neutron capture therapy ( BNCT ) in C6 glioma cell line .

微剂量学研究在临床硼中子俘获治疗（BNCT）的计划设计和疗效评价中起着重要作用。

Microdosimetry plays an important role in the clinical application of boron neutron capture therapy ( BNCT ) .

近年来很多工作发现，厚盘恒星的α元素丰度随金属丰度的变化趋势与薄盘不同，这种不同还表现在Al、Mn、Zn、中子俘获元素等其他元素上。

Recent observations show that the abundance patterns of α - elements in the thin and thick disk are distinct , and this difference also appear for some other elements , such as Al , Mn , Zn and neutron-capture elements .

结果显示，快中子俘获过程（r过程）是贫金属星中子俘获元素的主要来源，且金属丰度小于-2.5的贫金属星的重中子俘获元素产量可能来自于纯r过程；

The result shows that the rapid neutron capture process ( r-process ) is the main source of neutron capture elements in poor-metal stars . Besides , the yields of heavy neutron capture elements in stars whose metallicity is less than - 2.5 may come from pure r-process .

在重离子束治癌以及硼中子俘获治疗（BNCT）中，需要了解载能离子注入人体组织及人体细胞中引起的相关生物效应。

It is necessary to know the biological effects of energetic ions in the boron neutron capture therapy and heavy ion beam therapy of cancer .

对二羟基硼酰苯丙氨酸（BPA）由于具有在肿瘤处富集的性质而用于硼中子俘获治疗（BNCT）。

BPA ( 4-dihydroxyborylphenylalanine ) has being used in clinical trials for treatment of cancer with boron neutron capture therapy ( BNCT ) technology for its selective accumulation in tumors .

目的分析新制备的HER2靶向硼脂质体在细胞靶向、滞留及细胞内分布等方面的特性，探讨该脂质体作为靶向给药系统用于硼中子俘获治疗研究的可能性。

Objective To investigate HER-2 targeting boron liposomes as a potential drug delivery vehicle for boron neutron capture therapy , in respect to cellular uptake , retention and the subcellular location .

目的研究硼中子俘获疗法（BNCT）能否诱导体外培养的U251细胞发生凋亡，并探讨其诱导细胞凋亡的机制。

Objective To investigate the induction effect of the boron neutron capture therapy ( BNCT ) on apoptosis of human brain glioma U251 cells in vitro and the possible mechanisms .

硼中子俘获疗法（BNCT）对肿瘤细胞的高选择性杀伤和对周围正常细胞的低损伤的特点使之理论上成为了一种理想的胶质瘤治疗方法，近年来也备受医学界关注。

Boron neutron capture therapy is highly selective destruction of tumor cells and low damage to the surrounding normal cells , which has become theoretically an ideal glioma treatment and has got much concern .

叙述了国际上硼中子俘获疗法治疗肿瘤（BNCT）的历史、现状和今后的设想，重点描述了BNCT的基本原理和中子源装置，可供从事BNCT工作的同志们参考。

The paper presents past history present status and future trends of boron neutron capture therapy ( BNCT ) for tumors . The basic mechanism for the BNCT and neutron source installation are described , with illustrative figures for reference .

高分辨率中子俘获伽马能谱测井

The research of high resolution neutron capture gamma ray spectrum logging

中子俘获瞬发γ活化分析数据库

Database of Prompt γ - ray Activation Analysis of Neutron Capture

中子俘获γ能谱地层元素测井的灵敏度

The Sensitivity of the Neutron-Capture γ - Spectrum Formation Elements Logging

贫金属星的表面丰度与慢中子俘获过程

Abundances of Metal-Poor Stars and Slow Neutron - Capture Progress

用屏蔽试验堆获取硼中子俘获疗法所需中子束的研究

Research of application of shielding experiment reactor on boron neutron capture therapy

热中子俘获饱和度测井示踪剂研究

Study on the use of tracer for thermal neutron capture saturation logging

近太阳金属丰度恒星的中子俘获元素丰度

The Abundances of Neutron - capture Elements in Stars of Solar Neighbourhood

中子俘获元素钡和锶丰度的相关性研究

Study of the Correlation Between the Neutron-capture Elements Barium and Strontium Abundances

铕的快中子俘获截面

Fast neutron capture cross sections of fission product nuclide EU

多元素中子俘获瞬发γ射线分析方法的研究

Development of multielement neutron-capture prompt rays activation analysis method

关于热中子俘获饱和度测井示踪剂的探讨

The Study On The Tracer Of Thermal Neutron Capture

稀土核铒的快中子俘获截面

Fast neutron capture cross sections of rare-earth nuclei er

热中子俘获瞬发γ射线强度计算

Prompt Gamma Ray Intensity Calculation of Thermal Neutron Capture

在清华大学屏蔽试验堆上实现硼中子俘获治疗

Realization of BNCT on Tsinghua University shielding experimental reactor

新型示踪剂钆-157络合物在热中子俘获测井中的应用

Application of Up-dated Tracer ~ ( 157 ) Gd Complex on Thermal-neutron Capture Logging