研究...

The coeve to the plasma study of monoamine neurotransmitter in normal person and schozophreniac on four mian solar term in four seasons; tostudy the amount and the component of middle molecule substances in plasma on four main solar term in four seasons in nor- mal person and schizophreniac; to estabisht the experimental animal model of sehijorhrenia and the improve the measurement index; to study monoamine neurotransmitter value of brain in normal rats and experimental schizophrenia rats on four main soler terms; to study the amount and component of MMS in plasma of normal rats and experi- mental schizophrenia rats on four main solar terms, and to make The morphological study of the brain tissue in experimental schizophre- nix rats and normal rats.

健康人、精神分裂症患者一年四季血浆单胺类神经递质含量的研究。2。健康人、精神分裂症患者一年四季血浆中分子总量及组分的研究。3。精神分裂症动物模型的建立及评分标准的改进。4。正常大鼠、精神分裂症模型大鼠一年四季脑组织单胺类神经递质含量的研究。5。正常大鼠、精神分裂症模型大鼠一年四季血浆中分子总量及组分的研究。6。精神分裂症模型大鼠、正常大鼠脑组织形态学研究。

The purpose of this article: to study the force-testing method of the side-kick in free-fighting, and develop the new field of three dimensional force-testing according to many experiments by means of three-dimensional force plate; to discover the kinematics rules and characteristics of the side-kick in free-fighting through the experimental study on the side-kick's biomechanics and kinematics characteristics of 18 excellent free-fighting athletics coming from Shandong Province, which will provide reliable kinematics indexes and parameters for diagnosing and improving the motion skills of free-fighting side kick,and for free-fighting teaching and training, further systemize and scientize the theory research of free-fighting motion.

研究目的：运用生物力学的研究方法，通过KISTLER 三维测力平台测力的实验，研究了散打侧踹腿动作的力量测试方法，开拓了散打侧踹腿动作三维力学测试的新领域；通过对山东省18 名一线优秀散打运动员侧踹腿动作力学特征和运动学特征的研究，揭示了散打侧踹腿动作的运动规律和特征，为诊断、改进和提高侧踹腿动作的技术以及散打教学和训练提供可靠的运动学指标和参数，使散打运动的理论研究进一步系统化、科学化。

In this paper, two assemblies of special test equipments have been designed and fabricated by authors in our laboratory: namely Catalyst Molding Process Analyzer and Catalyst Mechanical Process Tester. These new skills are developed for the dynamic studies on whole mold forming process and crushing process of Fe-Cr WGHS catalyst pellet. Based on the orthogonal experimental design, the effects of some factors during the forming process of solid catalyst, such as predensification proportion, calcination time, calcination temperature and content of graphite on the mechanical strength of catalyst pellets are systematically examined, and the molding conditions have been optimized. Based on the experimental data, the relationship between catalyst density and forming pressure are educed, and the physical significances of some related parameters are described. The parameter of macro scopic elastic moduls has been suggested to character the mechanical properties of molding catalyst. The effects of molding pressure on mechanical properties of catalyst pellets are discussed, and results show that there exists a optimal molding pressure for the ideal mechanical properties: when over-high or over-low pressure is applied, the specific surface area and side crushing strength of catalyst pellets will decreased. The "rebound effect" will be undermined by the unsuitable pressure maintain process, resulting in the apparent decrease of mechanical strength of catalyst pellets.

本研究通过自行设计制造的催化剂模压成型过程分析仪（Catalyst Molding Process Analyzer， CMPA）和催化剂力学性质测试仪（Catalyst Mechanical Properties Tester， CMPT），以Fe-Cr系高温变换催化剂片剂为研究对象，对成型过程和受压破碎过程提供了全过程动态研究的新手段；本研究利用正交实验设计方法考察了固体催化剂成型过程中诸因素（包含预密致比例、煅烧时间、煅烧温度和石墨含量等）对催化剂成型体强度的影响，并对成型条件进行了优化；根据实验结果，关联确定了固体催化剂成型过程中的密度－压力关系式，并对方程中诸因子的物理意义进行了描述；提出了一种利用宏观弹性模量来表征成型催化剂的力学性质的方法；研究讨论了成型压力对催化剂成型体强度性质的影响，结果表明：对于催化剂成型体的强度和比表面性质，成型压力存在着一个最佳值，过高的成型压力会导致比表面积和侧压强度的降低；不适当的成型压力的维持时间会破坏&压力回弹&作用，造成催化剂成型体的机械强度明显降低。

The research conducted in the station included atmospheric boundary layer research including radiation and soil ob- servation, atmospheric turbulence and radiation system research, wind temperature profile research, radiosonde ob- servation research, sand and dust storm observation, glacier change observation, environmental study of surface process and geodynamic research.

为开展高喜马拉雅地区地质构造一气候反馈作用的研究，中国科学院青藏高原研究所于2004年开始在珠峰地区建立了综合观测研究站，并于2004年下半年开始相继开展了大气边界层、大气湍流和辐射系统、风温廓线、无线电探空系统、沙尘暴观测、冰川变化等大气科学观测研究、地表过程的环境研究和地球动力学研究。

On the base of discussing about recent exploit and research progress on Shoaly Land,the authors put forward the frame of the research on Shoaly Land,in which the research on Shoaly Land is divided into two levels:basic research and application research.

在简略分析国内外沿海滩涂开发、研究进展的基础上，提出了我国沿海滩涂研究的理论框架，将滩涂研究划分为基础研究与应用研究2个层次。

In order to understand the expressed genes, construct the known gene expressed profile, study the tissue-specific genes and the common genes from pig and chicken; In order to do primary researches for comparative genomics, functional genomics, QTLs mapping, animal molecular breeding and so on, we have constructed 3 cDNA libraries of Xiang Pig muscle tissue, Silkie Fowl muscle tissue and liver tissue, sequenced a large scale ESTs and analyzed their bioinformation from the ESTs of Silkie Fowl muscle tissue and liver tissue in our study.

为全面了解肌肉组织和肝脏组织的基因表达类型，构建猪、鸡肌肉组织和肝脏组织的功能基因表达谱，研究肌肉组织和肝脏组织的特异表达基因及这两种组织的共同基因；为比较基因组学的研究、功能基因组学的研究、QTLs定位等的动物分子育种做前期基础科研工作，本研究构建了香猪肌肉组织、丝毛乌骨鸡肌肉组织和肝脏组织的3个cDNA文厍，并对丝毛乌骨鸡的肌肉组织和肝脏组织进行了大规模的ESTs测序及其生物信息学的初步研究。

Thus, the research on the mechanism and kinetics of such reaction has been a focus of understanding the influence of coal combustion on the air for scientists. In this paper, we put emphasis upon the reaction mechanism and kinetics of mercuric and stannic oxidation by oxidants. Up to date, the experiments showed that mercuric chloride species were the main products of mercuric oxidation, but the microscopic mechanism and kinetics of it were not well understood.

研究这些重金属元素在煤燃烧过程的化学反应机理及反应动力学特征，是目前研究煤燃烧对大气影响的重要的研究课题，本文中我们重点研究煤燃烧过程中汞和锡生成氧化物和氯化物的机理与反应动力学，煤燃烧过程实验发现汞系列产物主要是氯化物，但对其微观反应机理和反应动力学研究很少有报道。

To compare with simple coronary heart disease, it possesses other features, for example, high morbidity, fast progress and painless stenocardia, etc.. With advancement of research of molecular biology and syndrome in TCM, modern medical researches on pathogenic mechanism and factors had penetrated into genie level.

随着分子生物学研究的开展和中医证候现代化研究的不断深入，现代医学对糖尿病冠心病的发病机制及影响因素的研究已深入到分子基因层次，而中医证的研究方面也取得了可喜的成绩，但就中医证的实质与分子基因方面的关联，尚无系统的研究。

Objective: To explore the mechanisms resulting in the recurrence of urethral scar which make urethral strictures difficult to be cured, a series experiments were conducted to find potential effective factors involved in urethral scar formation and degradation, including the studies of extracellular matrix component of urethral stricture scar, the characteristics of urethral scar fibroblast, and the effects of urine on urethral fibroblast in vitro, as well as the studies to compare the difference of collagenase activity, type Ⅰ collagen and tissue inhibitor of metalloproteinase-1 (TIMP-1) in the tissues and cultured fibroblasts from normal urethra and strictured urethra respectively, and the studies to investigate the effect of antisense TIMP-1 oligodeoxyonucleotide on cell proliferation and collagenase activity of urethral scar fibroblast.

中文题名尿道瘢痕基础研究副题名胶原酶活性，TIMP-1的表达及其反义基因治疗外文题名 Experimental study on urethral scar-activity of collagenase，expression of TIMP-1，and antisense TIMP-1 gene transfection of urethral scar fibroblast 论文作者黄翔导师杨宇如教授学科专业外科学研究领域\研究方向学位级别博士学位授予单位四川大学学位授予日期2002 论文页码总数104页关键词尿道手术瘢痕胶原酶成纤维细胞尿道瘢痕馆藏号BSLW /2003 /R699 /12 目的：研究尿道瘢痕的细胞外基质的组成，尿道瘢痕成纤维细胞的生物学特性以及尿液对其生长的影响；比较胶原酶活性，金属蛋白酶组织抑制因子-1（TIMP-1）以及Ⅰ型胶原含量在尿道瘢痕和正常尿道组织及体外培养的成纤维细胞中的差异；研究反义TIMP-1寡核苷酸对尿道瘢痕成纤维细胞增殖以及胶原酶活性的影响。

Summering the present studies in the field,the major study directions in the future are the exploring on the capability of various alloy,stability theory for the process,the quality standard of the SSCC billet.

在对研究现状进行分析比较的基础上，指出今后的主要研究方向是半固态合金连铸性能研究、半固态连铸工艺稳定性理论研究、半固态成形用坯料的质量标准及生产线最优配置方案研究等四个方面。

She gently rebuff ed him, but agreed that they could be friends

她婉言拒绝了，但同意作为朋友相处。

If in the penal farm, you were sure to be criticized.

要是在劳改农场，你等着挨绳子吧！