鉴于此，本论文围绕钛基可见光催化材料可控制备及器件化展开研究。
Therefore, this work focuses on the controllable preparation and device of photocatalyst.
纳米材料的物相、尺寸和颗粒形状等决定其性能和应用，其可控制备至关重要。
The properties and applications of nanomaterials depend on their phase, size and shape, so it is very important to control the synthesis of nanomaterials.
通过改变实验参数，可以得到不同性质的锌纳米晶，从而实现锌纳米晶的可控制备。
Different nanocrystals with all kinds of characters can be obtained by changing the process parameters. As a result, the controllable preparation of Zn nanocrystals can be reached.
本文从反应原理、制备“似不溶固体物”和装置及其操作技巧等方面进行研究，而达到实验室可控制气。
The essay deals with the reaction principle, preparation of similar indissoluble solid matter and installation, and its operating skill, in this way laboratory controlled gas is got.
使用络合沉淀法，控制温度、浓度、改变沉淀剂，制备了长短、粗细可控的棒状氧化锆。
The length and thickness can be controlled by altering the reaction temperatures and the reactant concentrations and the precipitant reagents.
本文从反应原理、制备“似不溶固体物”和装置及其操作技巧等方面进行研究，而达到实验室可控制气。
This paper discusses the reaction principle and titrimetric operation in defining consistency of potassium permanganate titrant which sodium oxalate is regarded as the basis material.
指出，通过控制基体中的添加元素含量便可控制复合材料中界面反应及出现的相，界面反应对材料的制备过程及其性能有重要的影响。
The interface reaction is discussed by the thermodynamics and kinetics. It is pointed that the reaction can be controlled by adding alloying elements to matrix in order to improve compos...
指出，通过控制基体中的添加元素含量便可控制复合材料中界面反应及出现的相，界面反应对材料的制备过程及其性能有重要的影响。
The interface reaction is discussed by the thermodynamics and kinetics. It is pointed that the reaction can be controlled by adding alloying elements to matrix in order...
指出，通过控制基体中的添加元素含量便可控制复合材料中界面反应及出现的相，界面反应对材料的制备过程及其性能有重要的影响。
The interface reaction is discussed by the thermodynamics and kinetics. It is pointed that the reaction can be controlled by adding alloying elements to matrix in order...
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