isotope separation

Technology of atomic flow produced through metal evaporation is widely utilized in such fields as material science, superconduct, optical device, especially in atomic vapor laser isotope separation ( AVLIS).

金属蒸发产生原子束技术在材料科学、超导及光学器件，特别是原子激光同位素分离中得到充分应用。

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

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。

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Ion mobility isotope separation

离子迁移同位素分离

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In those fields of Laser Isotope Separation ( LIS), laser chemistry, laser guide star ( man made star) technology, etc, in order to increase the utility efficiency of the pulse laser, to stretch the pulse duration is needed.

在激光分离同位素、激光化学、激光导星（人造星）技术等领域，为了提高脉冲激光的利用效率，需将激光脉冲展宽。

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Cryogenic distillation is an effective method for hydrogen isotope separation required in fusion fuel ( cycles ).

低温 精馏 分离氢同位素的技术,是可使聚变反应器燃料循环使用的有效方法.

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Centrifuge cascade hydraulics plays an important role in efficient isotope separation in gas centrifuge cascades.

级联水力学的研究对离心级联分离同位素的效果以及级联的运行有着重要的影响.

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Lasers promise to change this by making isotope separation easier, and cheaper.

激光可以改变这种局面,从而使同位素分离变得比较容易 、 比较廉价一些.

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Solving the static characteristic roots of hydraulics in isotope separation centrifuge cascades is an important problem.

求解离心级联水力学静态特征根是同位素离心分离领域的一个重要研究课题.

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