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In the area of high technology of China, the developing technology of cryogenic thermodynamic process and heat transfer has resulted in the Shenzhou-V man-carrying space ship, Fengyun-III meteorological satellite and magnetic suspension train. Manufacturing of fuel (liquid hydrogen and liquid oxygen) of a cryogenic rocket, the cryocooler used to cool down infrared sensors, cryogenic-condensation vacuum pump used in manufacturing of semiconductors, super-conduct quantum interferometer and liquefied natural gas technology are all outcomes of the studies on cryogenic thermodynamic process and heat transfer. In these areas, there are many unexploited sub-areas. Therefore, cryogenic thermodynamic process and heat transfer is a developing study area, and is await more jobs by the younger generation.

在高科技领域，我国空间探索用&神州五号&载人飞船的成功发射、&风云三号&气象卫星的可靠运转以及磁悬浮列车技术等都与低温热力过程与传热技术的研究进展密切相关的，低温火箭发动机液氢液氧燃料的生产、红外传感器冷却的低温制冷机、半导体制造业用的低温冷凝真空泵、超导量子干涉仪与液化天然气的储运等技术都是低温热力过程与传热技术研究发展的产物，且有很多新技术有待于开发，是一个与时俱进、不断开拓的领域，有待于有志者去开发。

This paper reference manifold process modeling tool, and design the process definition directly into the system, avoid the process m

本文参考了多种过程建模工具，在系统设计中直接把过程定义设计到系统中，避免使用设计复杂、对使用者要求较高的过程建模工具。

This paper reference manifold process modeling tool, and design the process definition directly into the system, avoid the process modeling tool which design complicated and request user higher technology.

本文参考了多种过程建模工具，在系统设计中直接把过程定义设计到系统中，避免使用设计复杂、对使用者要求较高的过程建模工具。

The current university is facing many questions in the scientific and technical payoffs conversion process, such as the university itself initiative capacity's deficient question, in the transition process faces a series of negotiations question, enterprise's selection and the examination question, the issue of protecting the interests of teachers and university teachers in the industry the process of what kind of role should take up other issues.

当前大学在科技成果转化过程中面临着很多问题，诸如大学本身创业能力的缺乏问题，转移过程中面临的一系列谈判问题，企业的选取和审定问题，老师利益的保障问题以及大学的教师在产业化过程中应该承担什么样的角色等问题。

And objective parameters (texturized degree, color, hardness, springiness, chewing, water absorption, yield, etc.) were investigated in the high moisture soy protein extrusion process, and the statistical models of system and objective parameters were built, using the step-by-step regression analysis; A comprehensive evaluation of the products, and the process optimization of high moisture extrusion were obtained,using factor analysis; Secondly, residence time distribution and soy isoflavones losses kinetics were studied in the high moisture extrusion; Finally, chemical bonding process, the micro-structure and protein secondary structure changes were investigated in the texturization of soy protein, then the mechanism assumptions of texturization soy protein by moisture extrusion were proposed.

本文对大豆蛋白高水分挤压组织化技术和机理进行了研究，研究内容包括：首先采用系统分析法，研究了大豆蛋白高水分挤压过程中，挤压机操作参数(螺杆转速、物料水分、喂料速度和机筒温度)对系统参数(系统压力、扭矩、单位机械能等)、目标参数(组织化度、色泽、硬度、弹性、咀嚼性、吸水率、产量等)的影响规律，建立了各因变参数的统计模型；采用因子分析法对产品进行了综合评价，并对高水分挤压组织化工艺进行了优化；其次，研究了大豆蛋白高水分挤压中的停留时间分布以及大豆异黄酮的损失动力学；最后，研究了大豆蛋白组织化过程中化学键、微观结构和蛋白质二级结构的变化规律，提出了大豆蛋白高水分挤压组织化的机理假设。

Aiming to a method for the synthesis of silicon nitride powder by direct nitridation process based on fluidization technology, a two-dimensional mathematical model of thermal process in a suspended bed was established, the thermal process was simulated based on the commercial CFD software FLUENT, and the effects of the flow velocity of nitrogen gas, the ratio of particle to gas and nitridation temperature on the temperature of the bed and the conversion rate of silicon were analyzed.

针对基于流态化技术利用硅粉直接氮化合成氮化硅粉的新工艺，建立了悬浮床内热过程的二维数学模型，并借助CFD商业软件FLUENT对悬浮床内热过程进行了数值模拟，分析了氮气速度、粉气比和氮化温度等因素对温度场和硅转化率的影响。

The goal setting process included the supervisor showed concern about the supervisee's need, the supervisee expected professional suggestion from the supervisor, and both party achieved agreement on goals. The task implement process included the supervisor's reframing the supervisee's view of points, suggesting counseling strategies, giving positive feedback, exploring personal issues, shifting supervision focuses, and also included the supervisee accepting the supervisor's ideas, giving positive feedback, expressing different ideas from the supervisor, and participating actively. The bond forming process included the supervisor's understanding, supportive, concerned, and the supervisee's trust and feeling comfortable about the relationship;The forth stage was after each session. Because of fulfillment of needs, the supervisee prepared again and thus became a circle of alliance building.

设定督导目标历程包含督导者关切督导需求、受督导者期待专业建议，以及双方目标趋向一致；执行督导任务历程包含督导者这方重新框架视野、建议谘商策略、给予正向回馈、处理个人议题、督导焦点依受督导者需求转移，以及受督导者这方接受督导者想法、回馈督导效果、表达不同想法、积极参与督导；建立情感连结历程包含督导者这方了解受督导者、支持陪伴、关心生活，以及受督导者这方信任督导者的专业能力、感到关系自在；(4)每次督导之后：受督导者知觉到满足需求，再次预先准备，如此形成循环至督导正式结束。

It is would be said that the developing and transforming process of modern Chinese lawsuit culture, is a process traditional lawsuit culture conflicting with western lawsuit culture, and also is a process the tradition lawsuit culture meeting the challenge, sublating and then realizing the creative transformation.

可以说近代中国诉讼文化的发展变革过程，是一个传统诉讼文化与西方诉讼文化的冲突过程，也是中国传统诉讼文化迎接挑战，扬弃自身，进而实现创造性转换的过程。

Sucrose stearates with the different proportion of monoesters were prepared by reacting sucrose and alkyl searate in the presence of alkali catalyst by "methanol process","low soap solvent-free process"and"medium soap solvent-free microemulsion process".

在碱性催化剂存在下，以蔗糖、硬脂酸酯为原料，采用甲醇法、低皂无溶剂法及中皂无溶剂微乳法合成了一系列单酯含量不同的硬脂酸蔗糖酯。

In this paper, based on the excellent coagulation efficiency of new multi-core compound inorganic polymer flocculant, the combined process of coagulation, Fenton oxidation process which is already developed well and applied widely, and microwave treatment process is adopted to treat oil-containing wastewater, printing and dying wastewater, and landfill leachate. Not only the applied field of microwave energy is developed, but also it provides a new way to treat other low biodegradability organic wastewaters.

在合成新型多核复合无机高分子絮凝剂并提高其混凝效能的基础上，本论文试图将传统混凝技术与已经发展较为成熟并得到广泛应用的Fenton氧化技术，以及新型微波污水处理技术有机结合起来用于含油废水、印染废水、染料废水和垃圾渗滤液等的处理，这不仅拓宽了微波能的应用领域，而且也为其它难降解有机污染物的处理提供了借鉴。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。