该行业的传统模型主要基于化学和基础生物学，但如今正让道给基于生物技术、计算、高级化学以及将三者综合的新方法。
The industry's traditional model, based chiefly on chemistry and basic biology, is giving way to a new approach based on biotechnology, computing, advanced chemistry and combinations of the three.
在地壳模型和岩石化学资料基础上，计算和研究了新疆地壳的平均化学成分和主要元素丰度。
With the crustal model and the petrochemical data, the average chemical composition and the abundance of major elements in Xinjiang crust are calculated and explored.
在量子化学计算基础上，进一步对其键级、键长等结构参数进行了分析。
On the basis of quantum chemical calculation, the bond order, length and other structure parameters are further analyzed.
在单孔电极模型基础上定义了电化学反应的有效三相分界线长度概念，并给出了对应的计算方法；
Based on the mathematical model of the single pore electrode, the effective three-phase boundary length of the electrochemical reaction is defined and calculated.
采用量子化学晶体轨道CNDO／2方法，在考虑了羟基代聚并苯氢键作用的基础上对其双链模型的电子结构进行系列的计算和讨论。
The electric structures of double-chain of hydroxy polyacene were studied by quantum chemistry crystal orbital CNDO/ 2 method, and considered the hydrogen-binding interaction of hydroxy-polyacene.
在介绍纳米光子学领域出现的一些新器件与新技术的基础上，综述报道了纳米光子学在近场光化学气相制备、与量子计算的联系等方面取得的一些新进展。
Some new devices and techniques of the field of nanophotonics are reviewed, and the progresses in quantum computation and near-field optical chemical-vapor preparation are introduced.
引入计算机程序处理实验数据，把计算机多媒体与化学基础实验有机结合在一起，是教学改革过程中很有意义的一项工作。
It is a significant job during the teaching reform to have the computer program process the experimental data and combine the computer multi-media organically with the chemical experiments.
在地壳模型和岩石化学资料基础上，计算和研究了新疆地壳的平均化学成分和主要元素丰度。
With the crustal model and the petrochemical data, the average chemical composition and the abundance of major elements in Xinjiang crust are calculated and...
本文主要在于厘清化学势的定义，阐明如何用热力学方法和统计物理方法计算理想气体化学势，并在此基础上进一步阐述了化学势的一些重要作用。
This paper is to get a clear understanding of chemical potential, and introduce the way to calculate the chemical potential of ideal gas with thermodynamic method and physical method.
在综合评估国内外计算机辅助化学教学的基础上，结合化学学科的特点，研制开发了仪器分析教学课件。
By integrating the advantages of chemical MCAI courseware in the world, the "Instrumental Analysis courseware" was designed and built up.
并以空隙率的变化为基础，建立了化学腐蚀下岩石细观结构化学损伤变量计算公式，给出了损伤测量参数的计算方法。
Based on the variety of void ratio, computational formulation of chemical damage variable is set up, and the calculation method of damage measurement parameter is put forward.
并以空隙率的变化为基础，建立了化学腐蚀下岩石细观结构化学损伤变量计算公式，给出了损伤测量参数的计算方法。
Based on the variety of void ratio, computational formulation of chemical damage variable is set up, and the calculation method of damage measurement parameter is put forward.
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