多级雾化超重力旋转床能耗的建模及实验

通过理论分析建立了多级雾化超重力旋转床能耗的数学模型，利用传热强化与过程节能教育部重点实验室开发的多级雾化超重力旋转床设备，采用电度表测量功耗的方法验证了该模型，从实验数据中归纳出了总能耗的计算式。实验结果表明：多级雾化超重力旋转床的能耗受气流量的影响很小，而受液流量、旋转床转速、转子转动方式及转子结构的影响较大；减少转子转动摩擦阻力并选用优良的转动方式可以显著降低总能耗。实验结果证明了多级雾化超重力旋转床能以较少能耗来获取过程传递的极大强化。     

一种装载机工作装置电比例操纵器的研制

基于装载机工作装置电液比例先导操纵控制的原理，并考虑其实际工作环境，以可靠性高的涡流式电感传感器为电比例传感转换元件，进行电比例操纵器的方案、结构设计．通过操纵器研制、实验和装载机的装机测试，表明该操纵器能输出所需要的操纵控制电信号．经控制器处理后，可满足装载机工作装置电液比例先导操纵控制对前端装置的要求．     

一种改进的非线性铣削力建模与仿真

综合考虑再生振动效应和刀具偏心模型对动态铣削加工过程的影响．改进并建立具有较高预测精度的非线性圆周铣削力数学模型和铣削加工过程闭环控制系统．通过对比铣削动力学实验数据和计算机仿真结果验证了该模型的有效性和预测能力．     

c-补空间及其性质初探

本文首先给出了c-集的概念，然后在有限补拓扑空间及可数补拓扑空间的基础上引入了c-补拓扑空间的概念并对其性质进行了初步探讨。给出了三条引理，证明了一条预备定理与十一条定理。     

汉语旅游语篇中的文化信息传递及翻译

语篇翻译已成为国内外众多学者关注的重要课题之一。通过多年研究。他们已取得了令人瞩目的成果，为此领域的进一步探索予以铺垫。但是目前国内针对旅游语篇文化层面翻译研究不够深入。本文试图从语篇人手，结合大量实例对汉语旅游语篇及其英译文进行对比分析，认为旅游语篇翻译不仅是两种文字的简单转换，更是一种跨文化交际行为，其中文化信息的理解与处理值得引起大家注意。笔者就如何有效地传递旅游语篇中的文化信息，提出儿种翻译方法：1．释义法；2．增补法；3．删减法；4．改译法；5．类比法。     

复f-代数的性质研究

以实f-代数的理论作为基础，给出了半素和有单位元的复，代数的一些性质。证明了逆元存在的一个充分条件；并考察了在正规的条件下，复f-代数何时有乘法分解(M．D)性质和(*)性质。最后对复f-代数中的序理想和代数理想的关系进行了刻画。     

Ce改性CuO/γ-Al2O3的稳定性及催化活性研究

以CeO2作为改性添加剂、γ-Al2O3为载体、CuO为活性成分，用分层浸渍的方法制备出负载型CuO—Ceo2／γ-Al2O3湿式氧化催化剂；采用TG—DTA、XRD对其进行表征，研究了Ce的掺杂对载体及活性成分高温稳定性的影响并得出结论：在湿武氧化反应过程中，Ce的掺杂有效抑制了γ-Al2O3向α-Al2O3转变的高温相交，以及活性成分CuO与载体间相互作用形成CuAl2O4昀过程。通过对苯酚的湿式氧化降解实验，获知CeO2的加入可明显提高催化剂活性，其中6％CuO-6％CeO2／1—100％Al2O3的质量组分比对苯酚的催化活性最佳，反应30min，苯酚溶液COD的去除率为91．31%。     

Development of the CAS-IBB single-particle microbeam for localized irradiation of living cells

A single-particle microbeam facility has been constructed at the Key Laboratory of Ion Beam Bioengineering (LIBB), Chinese Academy of Sciences (CAS). The system was designed to deliver a defined numbers of hydrogen ions, produced by a van de Graaff accelerator, in an energy range of 2.0-3.0 MeV, into an area smaller than that of the nucleus of an individual living cell. The beam is collimated by a borosilicate glass capillary that forms the beam-line exit. An integrated computer program recognizes the cells and locates them one by one over the microbeam exit for irradiation. We present technical details of the CAS-LIBB microbeam facility, particularly on the collimator, hardware, control program, as well as cell irradiation protocols available. Various factors contributing to the targeting and positioning precision are discussed along with accuracy measurement results.     

Experimental Study and Numerical Simulation of the Casting-Forging Complex Near Net Forming of Alternator Claw-pole

As a newly developed precision technology, casting-forging complex near net forming process is utilized to produce complex components with a short lead time, low cost and high precision, thus to accelerate the response speed of the market and enhance the competitive power of products. In this paper, the casting-forging complex near net forming process of alternator claw pole was developed and investigated with a combination of experimental and numerical simulation method. Qualified near net workpiece was manufactured, mechanical parameter and relative field information during the forming process was also obtained. While the alternator claw-pole is processed with this technology, the forming force is small, the process is short and the quality of forgings is perfect. Therefore, the complex casting-forging near net forming process of claw-pole is an energy and material saving technology, which will have a vast developing and application prospect in the future.     

P-RC APMP PULPING OF THE TRIPLOID OF POPULUS TOMENTOSA

The technology parameters of P-RC APMP process of the triploid of populus tomentosa and the the comparison of P-RC APMP with one and two stage f pretreatment were investigated in this paper. The results showed that in the chemical pretreatment the s that affected the pulp qualities. The charge of NaOH,y in the first stage of chemical pretreatment,was related to pulp strength. The charge of H2O2 tant pulp.In addition, the ratio of NaOH to H2O2 and the on of chemicals in the first and second stage of impregnation also affected the pulp qualities. The and two-stage P-RC APMP pulp illustrated that the ulp had better brightness and breaking length, lower light scatting coefficient and opacity.