1)  nuclear transformation
原子核转变
1.
This essay begins with the analysis of nuclears bond energy,mainly discussing about the mass-energy transformation and their relatives during the course of nuclear transformation.
质能关系对于分析和研究原子核转变过程起重要作用 。
2)  nuclear transformation
(原子)核转变
3)  atom
原子
1.
The calculation of crystal cell parameter, atom amount and crystal-plane's atom auount in nano-cordierite;
纳米级堇青石晶胞参数、原子数和晶面原子数计算与研究
2.
Relationship of crystal ionic radii and atomic number;
晶体离子半径与原子序数的关系
3.
On atom s Transition Probability in the Radiation of Weak Broadband;
弱宽带辐射条件下的原子的跃迁几率
4)  Be atom
Be原子
1.
In the present work the polarizability and the hyperpolarizability of Be atom are obtained at the SCF level with basis-set expansion and analytic derivation method.
用基组展开和解析求导的方法精确计算Be原子SCF水平的极化率和超极化率。
5)  Atomic
原子
1.
Determination of the contents of eleven metal elements in Folium Isatidis by flame atomic absorption spectro-photometry method;
火焰原子吸收法测定栽培大青叶中11种金属元素含量
2.
Glycine,asparagines,glutamic acid and alanine in sepia were determined by HPLC-AccQ-Tag method and iron was determined by atomic absorption spectrophotometer.
方法:通过黑色素溶于碱性溶液、在酸性环境中有黑色物质析出的性质对黑色素进行定性鉴别,采用HPLC-AccQ-Tag法测定乌贼墨中甘氨酸、天门冬氨酸、谷氨酸和丙氨酸的含量,采用原子吸收分光光度法测定乌贼墨中微量铁元素的含量。
3.
We studied the interaction of two two-level atoms with two mode caving field and discussed the influence of the strength of two mode caving and atomic coupling on the squeezing of field,the ralation between squeezing and the second-order correction degree was revealed.
研究了两个二能级原子与双模场的相互作用 ,用数值计算方法讨论了无关联双模场的强度变化及原子耦合系数大小对场的压缩的影响 ,并给出了场的二阶相干度与压缩的内在联
6)  Atoms
原子
1.
Based on several kinds of discrete Hardy spaces which are equivalent with each other,the author discusses their decomposition of atoms.
基于各种等价的离散Hardy空间Hp(Z),进一步讨论其原子分解,定义离散Hardy空间Hp,q,s0(Z)(0
参考词条
补充资料：核转变
分子式：
CAS号：

性质： 是发生核反应或核衰变形成新核素的过程，原子核种类发生变化。有些原子核能自发放出射线而转变为另一种放射性或稳定核，属核自发转变，如:这一过程放出α粒子而核转化为。另一类核转换则是诱发的，是用一个带足够能量的粒子，如电子、光子、中子、氦核等轰击一个原子核，当它们接近到间距为10-15m量级时引发核转变。如用α粒子轰击14N：结果，14N被转化为17O，同时放出一个质子。这一过程是人工核反应。如果被轰击的核为235U，则有可能产生核裂变，给出中等质量的核碎片及中子。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。