掺杂剂

探索了以Be和Mg为掺杂剂进行GaNp型掺杂及特性研究。

P-type GaN was attempted using Mg and Be as dopant .

p，n型掺杂剂与Mn共掺杂GaN的电磁性质

Electronic and magnetic properties of p , n type dopant and Mn co-doped GaN

研究了掺杂剂对p型微晶硅窗口材料生长的影响。

The effect of doping on the growth of μ c-Si window layers is studied .

n型掺杂剂Na、K在分子链间振动影响聚乙炔垂直电导率的量子化学研究

Theory Study of the Influence of Na , K Migration on the Conductivity Between Chains of Polyacetylene

基于上述因素，需研究一种N型掺杂剂材料以避免现有碱金属N型掺杂剂材料的缺点。

Based on the above factors , a new type of N-type dopant material is needed to avoid the above shortcomings .

选取了过渡金属Fe作为掺杂剂，采用溶胶-凝胶法制备了铁离子掺杂的纳米二氧化钛光催化剂。

Transition metal Fe was selected to prepare the Fe-doped nanometer TiO2 by using the sol-gel method .

制备GaAs激光窗口材料的一种新型补偿掺杂剂

A New Compensating Dopant to Develop GaAs Laser Window Material

掺杂剂与ZnO材料的气敏特性

Dopants and Gas-sensing Characteristics of ZnO-Based Materials

在掺杂剂附近的碳原子上出现较大的电荷密度，且p型比n型掺杂剂的影响更大。

There are large charge density on the carbon atoms near the dopant , and the effects of p-type dopants are greater than those of n-type ones .

A位施主掺杂剂对PTC陶瓷性能的影响

The Influences of Donor Dopants at A Site on the Properties of the PTC Ceramic

使用N2O作为掺杂剂将氧掺入GDaSi∶H中，研究了氧对aSi∶H的电学和光学性质的影响。

Effect of oxygen on the optoelectronic properties of a-Si : H has been investigated , using N2O as the dopant .

提出了该纳米掺杂剂降低烧结温度机理及不同状态Nd的改性机理。

This report also presents the mechanism of lower sintering temperature of this nano-dopant and the modification mechanism of Nd in the different states .

K4[Fe（CN）6]掺杂剂对溴碘化银颗粒乳剂感光性能影响的研究

The Study of Effects of Dopant K_4 [ Fe ( CN ) _6 ] on The Photographic Properties of The Iodobromide T-grain Emulsion

纳米掺杂剂中Mn离子对BaTiO3基多层陶瓷电容器瓷料的影响

Effect of Mn ion in nano-dopant on batio_3-based dielectrics for multilayer ceramic capacitor

结果表明：随着掺杂剂用量的增加，PANI的电导率也在不断的增大；

The results showed the conductivity increased with the increase of the content of the dopant ;

与直接掺入EuCl3的玻璃材料相比，以Eu-苯甲酸-1,10-菲咯啉为掺杂剂的玻璃材料，虽然Eu的掺杂量较小，但Eu的发光强度较大。

Comparing EuCl_3 with Eu ~ 3 + complexes with benzoic acid and 1,10-phenanthroline as dopant , the latter has strong luminescence property though it has small mass fraction .

研究了掺杂剂聚苯乙基磺酸（PSS）对复合材料形貌及性能的影响。

The influences of the dopant of polystyrene sulfonic acid ( PSS ) on the morphology and properties were investigated .

有机极性分子掺杂剂对TGS单晶物理性能的影响

Effects of Polar Organic Molecule Dopants on Physical Properties of TGS Single Crystals

手性掺杂剂是手征性向列相（N）液晶材料中的重要组分，而掺杂剂的分子结构强烈影响到其诱导的N相液晶的螺旋扭曲行为。

Chiral dopant is an integral part of the chiral nematic liquid crystal materials , and the molecular structure of the chiral dopant has an intense influence on helical twisting behavior of induced N-LCs .

选取了过渡金属Fe、Pb、Cu，贵金属Ag，稀土元素Ce作为掺杂剂，采用溶胶&凝较法制备了掺杂改性纳米二氧化钛光催化剂。

Selected transition metal Fe , Pb , Cu , precious metal Ag , rare-earth element Ce has prepared the doping modification nanometer TiO_2 by using the sol-gel method .

以AlF3作为调节氟化物玻璃折射率的掺杂剂。

AlF_3 is used as dopant for controlling the refractive index of fluoride glass .

当乳剂中掺入浅电子陷阱掺杂剂[Fe（CN）6]4-时，其电子电导率增大，空穴电导率下降。

When doped with a shallow electron-trap dopant , the electron conductivity of the emulsions increased , while the hole conductivity decreased .

采用MMA单体与其聚合物PMMA及掺杂剂的混合溶液，以按需滴定法制备了掺杂若丹明6G的微透镜阵列。

The Rhodamine6G doped microlens array was fabricated using the solution of Methyl Methacrylate ( MMA ) monomer and Polymethyl Methacrylate ( PMMA ) mixture .

因此，掺杂剂的引入是一种增强有机导电高分子材料导电性的重要方法，而我们研究的KCl掺杂聚苯甲亚胺，在合适的掺杂浓度下，是一种潜在的导电高分子材料。

Consequently , the introduction of dopant is one of the principle methods in an attempt to enhance the electrical conductivity of organic conducting materials .

以十二烷基苯磺酸（DBSA）作为乳化剂和掺杂剂，通过乳液聚合的方法制备了DBSA掺杂聚苯胺/蒙脱土（PANI-DBSA/MMT）纳米复合物，并对其微波吸收特性进行了研究。

The preparation and microwave-absorbing behavior of polyaniline-DBSA / montmorillonite ( PANI-DBSA / MMT ) nanocomposites were studied .

该模型采用基于温度和掺杂剂浓度修正的Carreay黏度方程，利用计算流体动力学软件Fluent模拟求解出拉丝后光纤折射率分布。

Using the Carreau viscosity equation , modified according to temperature and dopant concentration , was adopted in the calculation with computer fluid dynamic software-Fluent to obtain the refractive index profile of GI POF .

CeO2被DBSA包裹着，DBSA做为掺杂剂进入PAn中，PAn和CeO2之间不存在化学键的结合。

But there are no chemical interaction between PAn and CeO2 . CeO2 is been packed by DBSA which come in PAn by way of doping agent .

分析了k4Fe（CN）6掺杂物作为一种浅电子陷阱掺杂剂对于提高光电子寿命、改善感光性能的作用机理。

As shallow electron traps ( SETs ) dopants , the action of K4Fe ( CN ) 6 that can increase photoelectron lifetime and photographic efficiency is analyzed .

以五水硝酸铟和乙酰丙酮为原料，以无水氯化锡为掺杂剂，采用溶胶凝胶工艺，用提拉法在石英玻璃基体上制备了ITO透明导电薄膜。

Indium tin oxide ( ITO ) conductive and transparent film is prepared on quartz glass matrix from In ( NO_3 ) and acetylacetone by sol-gel dip-coating technique with anhydrous SnCl_4 as the dopant .

同时优化了受主掺杂剂Na2CO3、Li2CO3掺杂量和还原烧结温度及保温时间。

The amount of acceptor additive Na2CO3 、 Li2CO3 and the reducing sintering temperature and the reducing sintering retention time were optimized .