各类有机磷化合物的电子结构与成键。
The electronic structure and bonding of various phosphorus compounds.
概述了金属磷化处理的工艺流程及设备。
Process and equipment for phosphating of metals were described.
文中讨论了上述因素在磷化过程中的作用。
Effects of the factors mentioned above during phosphating are discussed as well.
磷化技术的开发是为阴极电泳涂装而服务的。
Phosphating technology has been developed specifically for use with cathodic electrocoating.
通过正交试验优选出一种常温磷化液的配方。
Formula of a fast phosphating process at room temperature was optimized by orthogonal test.
表面处理：脱脂，酸洗，磷化，静电，喷塑。
Surface processing: degreasing, acid washing, phosphating, Static, powder coating.
磷化材料的特性取决于可否控制晶体的结构。
Phosphating products have unique characteristics based upon controlled crystal structures.
磷化氢的净通量和浓度与温度均呈显著正相关。
Both net fluxes and concentrations of phosphine had obviously positive correlation with temperature.
早期LED的液晶层是砷化镓或者磷化镓做的，所以发出红光。
The crystal layer on early LEDs was gallium arsenide or gallium phosphide, which lent that reddish color.
磷化技术是当前应用较为广泛的金属表面处理技术。
The phosphating technique has been widely used for surface treatment of metal.
研究反应温度和气体流量对磷化氢净化效率的影响。
The influence of reaction temperature and gas flow rate on purification efficiency was studied.
还原温度对磷化的工业催化剂的体相结构影响很小；
The reduction temperature had little effect on the bulk structure of catalysts.
并拥有自己的喷塑，喷漆，电镀，铝氧化，磷化车间。
And have their own spray, spray painting, electroplating, aluminum oxide, phosphating plant.
常温磷化是当前研究最活跃，技术进步最快的磷化技术。
The normal temperature phosphatization is the most advanced technology that is actively researched currently.
讨论了磷化原理及温度、浓度和磷化方式对品质的影响。
The principle of phosphating and the influence factors, such as, temperature, concentration, phosphating mode were discussed.
膜层质量好，外观呈灰色，磷化膜表面无挂灰、返白现象。
The film quality is good, the appearance is gray, the phosphating film surface does not have the ash and the white phenomenon.
磷酸盐转化成磷化氢是一个具有重要潜在价值的生物反应。
The conversion of phosphate into phosphine was an important biological reaction with potential value in application.
五配位磷化合物在有机磷化学和生物化学中具有重要作用。
Penta-coordinated phosphorus compounds are very important in organic phosphorus chemistry and biological chemistry.
磷化：在钢铁制件表面上形成一层不溶解的磷酸盐保护膜的处理过程。
Phosphating: in steel on the surface of product form a layer of phosphate insoluble protective film processing.
总结了磷化氢的精制方法，主要有吸附法、低温精馏法和膜分离法等。
The purification methods of phosphine include adsorption method, low temperature distillation method and membrane separation method etc.
实践证明，第三代磷化剂是目前使用性能最好的一种冷拔钢管磷化剂。
It is proved that the third one is the best for cold-drawn steel tubes at present.
只要为发光装置加上磷化合物涂层，吸收蓝光，重新发出的光线即呈黄色。
These can be made to emit white light by coating the device with a phosphor compound that absorbs part of the blue light and re-emits it as yellow.
通过磷化机理的探究，对传统磷化工艺加以改进，给出了一种新型磷化工艺。
Through the research on phosphorus mechanism and by improving the traditional phosphorus craft, a new phosphorus process is developed.
功能性磷化工艺主要应用于冷加工业、机械工业、复合材料加工业、涂料工业等。
Functional phosphating process is applicable to cold working industry, machinery finish industry, composite material industry, coating industry and so on.
对非镀锌的和未涂防腐剂的金属表面进行磷化处理，以保证油漆的最佳附着效果。
B. Chemically treat non-galvanized, non-bonderized metal surfaces with a phosphate compound to assure optimum paint adhesion.
介绍磷化工艺过程中的工艺管理，如磷化液的分析，磷化膜的检测和质量控制等。
Process control of phosphating including analysis of the solution, inspection and quality control of the film is described.
介绍了磷化溶液的配制、各成分作用、管理维护及磷化后处理与磷化膜性能检测。
This paper introduced preparation, function of each composition, management and maintenance of phosphating solution, post-treatment of phosphating and detection on properties of phosphating film.
用此产品处理的铸铁标准件可获得外观呈深灰黑色、细密均匀、防锈性好的磷化膜。
The cast iron standard work pieces treated with the product can obtain deep grey, uniform and fine, good rustproof phosphating film.
简要介绍电镀锌铁合金后的直接磷化处理工艺；讨论工艺参数对磷化膜质量的影响。
This paper briefly introduced the phosphating treatment technology Zn - Fe alloy plating, and discuss the influence of technology parameters on quality of phosphatic coating.
简要介绍电镀锌铁合金后的直接磷化处理工艺；讨论工艺参数对磷化膜质量的影响。
This paper briefly introduced the phosphating treatment technology Zn - Fe alloy plating, and discuss the influence of technology parameters on quality of phosphatic coating.
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