1) selective evaporation
选择性蒸发
1.
The phenomenon is resulted from selective evaporation o.
抗氧化性下降的主要原因在于低压预处理过程中合金元素 (尤其是铝元素 )的选择性蒸发导致TiAl表面活化并形成Ti3Al相 ,而Ti3Al的抗氧化性较差 ,从而使TiAl整体氧化增重增加 。
2.
Co depletion via selective evaporation and surface roughened by the energetic laser beam was confirmed and was proved to be effective on the improvement of the quality and adhesion of the diamond film.
证实准分子激光辐照可产生钴选择性蒸发和表面粗糙化；从而有效地降低表面钴含量，消除钴对金刚石膜沉积的有害影响。
2) selective excitation
选择性激发
1.
On the basis of the simplified models for excitation radiatfon,it is stud-ied that the selective excitation produced by controlling the electron energy can be used to realize vari-able color luminescence under the condition of suitable variable color luminescence media.
本文从发光动力学观点论述电离气体变色发光的机理，从激发辐射的简化模型着手，研究在合适的变色发光介质中，利用控制电子能量产生选择性激发来实现变色发光。
2.
A new multiplexing technique for polymer optical fiber is proposed,which is based on the principle that selective excitation can effectively decrease the modal dispersion and increase the bandwidth.
根据选择性激发能够有效减少模式色散从而能提高带宽的原理,提出了一种针对塑料光纤通信的新复用技术。
3.
Variable color luminescence in ionized gases can be obtained by controlling the electron energy to produce selective excitation in a suitable variable color luminescence medium.
在合适的变色发光介质中，通过控制电子能量产生选择性激发能获得电离气体变色发光。
3) selective transmission
选择性发送
4) selective fermentation
选择性发酵
6) Selective emitter
选择性发射极
1.
Tow parts are included in the paper: The study on the single crystalline silicon selective emitter solar cell and study on optimum slope design in PV engineering.
本文含有两方面的研究内容：选择性发射极太阳电池的研究和光伏工程最佳倾角的设计研究。
2.
Manufacture technology of selective emitter solar cells was researched.
本文研究了选择性发射极太阳电池的制备方法,制备出了晶体硅选择性发射极太阳电池。
3.
Therefore, the selective emitter was realized by two diffusion steps.
本文采用等离子增强化学气相沉积的方法在硅片表面镀一层约80nm厚的氮化硅掩膜,然后使用传统的丝网印刷工艺将含有一定量磷酸的腐蚀浆料印刷在氮化硅掩膜表面,腐蚀出电极图形,经过三氯氧磷液态源扩散完成重扩,去除氮化硅掩膜后进行浅扩最终实现选择性发射极。
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条