1.
Cloning technology is just like atomic technology, which can be a blessing or a curse to mankind.
克隆技术确实与原子能技术等一样，既能造福人类，也可祸害无穷。
2.
Determine the Energy Level Diagram of Atoms by F-STIRAP Technique;
利用F-STIRAP技术测量原子的未知能级
3.
Atom Function of Layered Network and Technical Implementation in ITN
光传送网的层网络原子功能与技术实现
4.
Office of Nuclear Energy, Science, and Technology
原子力与科学技术局
5.
Intelligent Testing Principles and Technology ?
智能检测原理与技术
6.
Joint FAO/IAEA Division of Nuclear and Biotechnology Applications in Food and Agriculture
粮农组织/原子能机构核能和生物技术应用于粮食和农业联合司
7.
Biotechnology also led to a new approach to drug research and development based on the discovery of the molecular causes of diseases.
生物技术还能从发现疾病的分子原因找到进行药物研发的新途径。
8.
Some people doubted that the secret of making atomic bombs could be kept from other countries.
有人怀疑，原子弹制造技术是否能够瞒得住其他国家；
9.
The attraction of atomic emission techniques is that they provide a means for simultaneous multi-element analysis.
原子发射技术的长处在于它是一种能同时进行多元素分析的方法。
10.
Research Progress on Several Aspects of Advanced High Intensity Cyclotron Technology at CIAE
中国原子能科学研究院强流回旋加速器若干先进技术研究进展
11.
Physics and Technology of Functional Film Material ?
电子功能物理薄膜技术
12.
Drop rate of Encryption Method skills has been increased.
得到加密技术原来技能概率增加。
13.
radioisotope tracer technique
放射性同位素示踪原子技术
14.
Generic specification of rubidium frequency standards
GB/T12498-1990铷原子频率标准通用技术条件
15.
Technology Used for International Atomic Time Scale(TAI)
用于国际原子时归算的时间比对技术
16.
Applications of Atom Inertial Technology in Aerospace Engineering
原子惯性技术在航天航空领域的应用
17.
Other tools and techniques are now making it possible to dissect these subcellular structures into the molecules and atoms.
其他工艺和技术，现在能使我们剖视这些亚细胞结构达到组成它们的分子和原子的水平。
18.
With nanotechnology, people would Be aBle to make materials and machines on a molecular or even atomic scale.
使用纳米技术，人们将能够在分子甚至原子的规模上制造材料和机器。