同位素分离

通过采取不同的接线方式和测量方法对氢同位素分离装置信号调理系统（SRS）进行对比实验。

The comparison experiments of signals regulation system of hydrogen isotope separation unit by using different link-wire ways and measurement methods are studied .

本文回顾了CO2激光器的发展历程，尤其是TEACO2激光器的研究背景、现状，并简要介绍了CO2激光器在工业加工、医疗卫生、无线光通信和同位素分离等方面的应用。

In this paper , the development process of CO_2 laser is reviewed , particularly the study background and actuality of TEA CO_2 laser . The application of CO_2 laser in industry processing , medical treatment , wireless optical communication and isotope separation is introduced briefly .

提出了采用可调谐TEACO2超辐射激光器对硼同位素分离的研究方法。

The separation of boron isotopes is studied by tunable TEA CO2 superradiance laser .

~（74）Se同位素分离研究

The Study of ~ ( 74 ) Se Isotopes Separation

高功率LD泵浦绿光激光器因其在材料加工、同位素分离等领域的潜在应用更是各发达国家致力研究的重点。

High-power LD pumped green laser has become the researching emphasis because its potential application in material processing , laser isolation of uranium isotopes , etc.

采用化学交换反应精馏法，针对三氟化硼-苯甲醚分离体系，研究了硼同位素分离生产过程的特点，建立了交换精馏塔的稳态数学模型，并利用matlab程序进行模型求解。

By chemical exchange reaction and distillation between BF3 and the complex anisole · BF3 the separation character of boron-10 isotopes was studied . A mathematical model , proposed in this paper , was solved by a Matlab program .

离子引出的研究在原子蒸气法激光同位素分离（AVLIS）工程中具有重要意义，离子引出时间直接关系到整个系统的离子引出效率。

Ion extraction from laser-induced plasma is one of the key problems in atomic vapor laser isotope separation ( AVLIS ) .

热循环吸附工艺（TCAP）是一种半连续的氢同位素分离方法，在分离氢同位素方面有许多独特的优越性。

Among all hydrogen isotope separation technologies , Thermal Cycling Absorption Process ( TCAP ), a semi-continuous hydrogen isotope separation process , is of many unique advantages .

在复合成分的ICF靶中气液界面上氢同位素分离引起的马拉各尼流动对于形成均匀液层有着重要意义，因此本文中也进行了重点讨论。

The significance of the surface tension gradient induced by the component separation at the liquid-vapor interface driven flows ( also called Marangoni flows ) in forming uniform liquid layers inside ICF target is demonstrated .

为较全面地了解RF（radiofrequency）共振离子引出方法的特性，使之更好地用于原子蒸气激光同位素分离（AVLIS），用PIC-MCC方法对其进行了模拟。

The characteristics of the RF ( radio frequency ) resonance method of ion extraction were analyzed to improve atomic vapor laser isotope separation ( AVLIS ) by using the PIC MCC code to simulate the RF resonance .

结合天然甲烷与全氘甲烷同位素分离技术，对甲烷中CD4的最小检测量可达到5×10-10，对空气中CD4的探测下限约为8.5×10-15。

Combined with the isotope ( separate ) technology of CD_4 and methane , the lowest detectable limit of CD_4 in methane is 5.0 × 10 ~ ( - 10 ), and for CD_4 in air , which is 8.5 × 10 ~ ( - 15 ) .

电子枪加热坩埚熔池高温蒸发是原子蒸气激光同位素分离（AVLIS）铀循环系统的一个重要环节。

High temperature evaporation of molten cavity heated by electron beam in crucible is one of the most important processes in the uranium cycling system in atomic vapor laser isotope separation ( AVLIS ) .

随着放射性核束技术的发展，基于加速器与在线同位素分离（IsotopeSeparatorOn-Line，ISOL）技术的短寿命放射性核束在线穆斯堡尔测量技术也得以发展起来，扩展了穆斯堡尔谱学的应用范围。

With the development of the radioactive nuclear beam techniques , dozens of short life M ? ssbauer precursor isotopes were discovered . After educed from the Isotope Separator On-Line ( ISOL ) facility , the M ?

本文研究了B15C5冠醚萃取锂盐时，不同阴离子对体系的同位素分离效应的影响。

The isotopic effect in the extraction of lithium by B15 C5 ( mono-benzo-15-crown-5 ) is reported in this paper . It is found that the anions have considerable effect onthe isotopic separation of lithium of the system .

高丰度硼同位素分离生产技术的研究进展

The Enrichment Technology for the Separation and Production of Boron Isotopes

级联同位素分离装置固控设备的级分离效率

Cascade isotope separation plant grade separating rate of solid control equipment

低温精馏氢同位素分离工艺发展及其应用

Development and application of hydrogen isotopes separation by cryogenic distillation

氢同位素分离装置信号调理系统的优化

Optimization of Signals Regulation System of Hydrogen Isotope Separation Unit

钯合金膜分离器级串氢同位素分离

Separation of Hydrogen Isotope with Cascade Palladium Alloy Membrane Unit

同位素分离的现状和前景（Ⅰ）

Present status and future prospect of isotope separation (ⅰ)

钯在氢同位素分离和纯化工艺中的应用

Application of Palladium in Hydrogen Isotopes Separation and Purification

激光原子法同位素分离中三维原子分布函数的计算

Calculation of 3-D atom 's distribution function in atomic vapor laser isotope separation

并联电容器装置的不同电抗率配置分析分馏设备，用于同位素分离

Analysis of the Various Reactance Ratio 's Configuration of Installation of Shunt Capacitors

低温精馏氢同位素分离影响因素研究

Influencing factors of hydrogen isotopes separation by cryogenic distillation

纳米铂催化剂的制备及其在氢同位素分离中的应用研究

Preparation of Nano-Pt Catalyst and their Application in the Separation for Hydrogen Isotopes

激光多光子激励分子的同位素分离系数的数值计算

Calculation of separation factor of lases isotopic enrichment by multi-photon excitation of molecules

称重式连续料位仪称重原理及应力测算定位电磁同位素分离装置

Weighing principle of weighing continuous material level instrument and its stress calculates position

用于硼同位素分离过程的填料的研究

Study on Structured Packing in Separation of Boron Isotope

氢同位素分离装置测控程序的改进

Improvement of Measure-control Procedure of Hydrogen Isotope Separation Device

激光同位素分离中离子取出过程的研究

Investigation of Jon extraction in laser isotope separation