本文介绍了当前液压系统的多种检测方法，并预测了以后的发展趋势，又通过实例分析了具体的检测步骤与方法。
The diversiform testing methods were introduced, the development trend in hydraulic system was forecasted, and the specific step and method through the example was analyzed in this paper.
毛细管电泳与电感耦合等离子体光谱联用应用于元素形态分析是一种很有发展前途的分离检测方法。
With the application of that capillary electrophoresis and inductively coupling plasma spectrometry to element speciation analysis, it has become a kind of rising separation and detection method.
阐述焊接科学与焊接工程有关问题，从其内含和现状以及发展趋势进行了分析，用系统工程的方法分析了相互之间的关系。
This paper illuminates the welding science and welding engineering, which the contents, present situation, development trend and relationship are also analyzed by the system engineerings method.
对服装压力的测试方法进行了分析与阐述，并预测了服装压力测试的发展趋势。
The method of Clothing Pressure Measurement was analyzed and explained, and the trend of Clothing Pressure Measurement was also predicted.
研究基于计算机视觉的视线估计方法，对驾驶员视线估计的暨有研究成果加以回顾与评述，并对可能的发展趋势进行分析。
The latest researches of gaze estimation methods based on computer vision was reviewed and the potential development in this area was analyzed.
介绍了木质燃料转化利用的途径与主要方法，分析了木质燃料转化利用技术的研究现状与发展前景。
This paper summarizes the approach and main methods of wood fuel conversion, and analyzes current situation and prospect of wood fuel conversion technologies.
采用逐波相乘的光谱分析法，对密度值进行了理论计算。根据目前国际密度计与色度计的生产状况，探讨了2000年图象印刷色彩测量方法的发展趋势。
The paper applies the method of spectral analysis of multiplication by waveband to caculatedensity value in theory and discusses the future of the method of printing color measurement in2000.
主要介绍贴片胶的特性、在各种工艺下的使用方法及其使用中出现的不良现象与对策等内容，并简要分析了贴片胶的未来发展趋势。
Mainly describe the properties of SMT adhesive, application method of various process and defects appearing in use and countermeasure. Also briefly analyzes future trend of adhesive.
本文简述了真实感人脸皮肤与皱纹绘制在刑侦、考古、虚拟现实、计算机游戏等领域中的应用，综述了其现状及发展趋势，比较分析了现有的几种方法。
This paper indicates the application of realistic facial skins and wrinkles rendering in the fields of criminalistics, archeology, virtual reality, computer game and so on.
新系统效率已突破50%，有强的竞争力与发展前景，本研究成果将为研制新一代IGCC系统提供技术方案和理论分析方法。
The thermal efficiency of new system has exceeded 50%, so it has strong competitive power and development potentiality. The research achievements wi...
新系统效率已突破50%，有强的竞争力与发展前景，本研究成果将为研制新一代IGCC系统提供技术方案和理论分析方法。
The thermal efficiency of new system has exceeded 50%, so it has strong competitive power and development potentiality. The research achievements wi...
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