1) host-guest adulterant
主客体掺杂
1.
Two kinds of azo compound host-guest adulterant thin films were prepared,then all-optical poling was made and their second-order nonlinear optical characteristics were studied by UV-visual spectra and second-harmonic generation.
利用旋涂法制备了两种PMMA-偶氮化合物主客体掺杂型薄膜,并对其进行全光极化,采用紫外-可见吸收谱和二次谐波产生的方法研究了薄膜的二阶非线性光学特性。
2) co-host
双主体掺杂
1.
High efficient red organic light-emitting diodes(OLED)based on the fluorescent dye DCJTB doped in a co-host system of Rubrene and Alq3 were fabricated using three-source co-deposition.
利用三源共蒸发技术制作了双主体掺杂红色有机电致发光显示器件,研究了不同掺杂比例下,Alq3∶Rubrene∶DCJTB双主体掺杂系统的红色OLED器件,器件结构为ITO/HIL/NPB/Alq3∶Rubrene∶DCJTB/Alq3/LiF/Al,其中发光层Alq3∶Rubren∶DCJTB是三掺杂发光结构体系。
4) donor doping
施主掺杂
1.
The effects of donor doping on the microstr utures and dielectric properties of polycrystal strontium titanate and barium strontium titanate are studied in a systematic way.
系统地研究了施主掺杂对多晶SrTiO_3,(Sr,Ba)TiO_3微观结构和介电性能的影响。
2.
Usually the resistivity of BaTiO3-based PTC ceramics reduces gradually with the density increase of the donor doping until it reaches a const.
通常BaTiO3陶瓷的电阻率在开始时都随施主掺杂浓度的增加而降低,当施主掺杂浓度达到某一值时,电阻率降至最低,而后随着施主掺杂浓度的提高,电阻率则迅速上升。
3.
High temperature conductivity of donor doping TiO 2 ceramic were measured in detail;XRD analysis indicted that a small amount of donor dopant does not change the crystal structure significantly.
对施主 V2 O5掺杂 Ti O2 材料的高温电导进行了详细的测试 ;XRD分析表明少量施主掺杂并未改变材料的金红石结构 ;施主掺杂样品在较高温度测试时 ,在高氧分压一侧 ,发生电导类型转变 ,从而使测氧范围变窄。
补充资料:主客
主客
zhu versus ke
ZhU一ke主客(功“versus左e)中国古代兵学;语。《孙子·九地》:“凡为客之道,深,则专,主人不克。”客,指进入敌境作战暇军队;主,指在本土作战的军队。后世兵奋则把战争中的敌对双方及其所处的态势,分别称之为主和客。一般说来,我为主,寻为客;防御者为主,进攻者为客;实为主虚为客;逸为主,劳为客;饱为主,饥二客;险为主,易为客;专为主,分为客;鹉为主,动为客;等等。故“兵贵为主,二贵为客”(《唐太宗李卫公问对》卷中)。理是,主客无定势,将帅指挥得法,可以反策为主,变主为客。如深入敌境作战的写军,虽有运输线长,补给困难等诸多不月因素,但可采取因粮于敌、围城打援、长l久困等原则和战法,调动敌人,使之失二原有的有利条件,这样,随着双方攻」防、劳与逸、饥与饱、动与静、被动与主王等的变化,主客之势就发生了根本性理化。所以,兵不拘主客,重要的是要善于仁利以制变,使作战行动符合客观实际。 (卑心田)
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