Magical marine world is fascicular multicoloured spot calumniate, configuration the coral of each different.

Furthermore, the challenge and chance in the study field of TMAH is described, along with our new progresses on the preparation of TMAH.

对目前国内外市场需求进行了综合分析，指出了目前该领域遇到的挑战和机遇。介绍了作者在TMAH合成和提纯方面取得的进展。

In addition, the problem of ester exchange of rosin esters as the function of TMAH and the condition for their determination were proposed.

本文还提出了有关中性松香施胶剂中松香酯成分由于TMAH作用而产生的酯交换问题及其解决办法。

The anti-etching characterization of the films is carried out in KOH solutions and TMAH solutions at different temperatures.

本文比较了在不同温度条件下ABS胶膜在KOH和TMAH溶液中的抗腐蚀特性。

The Research and Analysis of the Roughness and Etching Rate in Forming Squre Silicon Cup with TMAH Solution

采用TMAH腐蚀液形成正方形硅杯的粗糙度与腐蚀速率的研究与分析

Research in Manufacturing Silicon Microstructure with TMAH Solution

TMAH腐蚀液制作硅微结构的研究

The Preparation and Purification of TMAH

四甲基氢氧化铵的制备与提纯综述

DLC is the most critical component in the system.

逻辑控制器DLC是系统的关键部件，必须保证可靠工作。

Finally, the application of DLC films was introduced briefly.

最后，简要说明了非晶碳类金刚石膜应用情况。

Therefore, the DLC films exhibited good friction performance.

因此，DLC膜具有良好的摩擦性能。

Effects of electrode negative bias on the properties of DLC film

极板负偏压对类金刚石薄膜性质的影响

Effects of Energy Particles in the Formation of DLC Films

荷能粒子在类金刚石膜形成中的作用

Results show that working current of target plays an important role in DLC film deposition.

结果表明，靶工作电流对DLC膜的沉积有重要的影响。

Preparation of DLC films by plasma based pulsed bias technique

用等离子体基脉冲偏压技术制备DLC膜

A primary study on the irradiation effect of high energy C~+ on DLC films

DLC膜高能C~+束辐照效应的初步研究

Progress of DLC Films Cold Cathode Field Emission Research

类金刚石薄膜冷阴极场发射研究进展

Study of the Reasonableness of Fitting Model Concerning DLC Film Optical Constant

类金刚石薄膜光学常数拟合模型的合理性研究

Measuring on Thickness Distribution of DLC Film Deposited by Pulse Ion Source

脉冲离子源所镀膜层厚度分布曲线的测量

Study on Preparation, Structure and Properties of DLC Films

DLC膜的制备、结构、性能研究

Study of DLC films residual stress by unbalanced magnetron sputtering technology

非平衡磁控溅射DLC薄膜应力研究

On Robust Control Decoupling is the key of the DLC.

解耦是实现直接力控制的关键。