常规的

After mainenervations being drawn out and being dried for 4 hours at 60℃,1156 samples of tobacco leaves from different tobacco producing-area were made into powder (≤0.13 mm). Reducing sugar, total sugar, nicotine, nitrogen, potassium and chlorine of more than 1000 samples from different tobacco producing-area were determined with classical chemical or instrumental methods. By scanning these samples with Fourier transform Near Infrared spectrometer (MARIXT-I produced by Bucker) we obtained their spectrograms, pretreated the spectrograms with a chemometrics software (OPUS 5.5) to debase the noises influence on spectrum information, and built a chemometrics model by means of Partial Least2Squares. The chemometric model was optimized some times and validated with some other samples.

选取全国不同烟草生产地区的1156余烟叶样品，采用相同的预处理条件(去处主脉，60℃烘干4小时)，处理成40目待测粉末样品，采用行业经典的化学分析方法或准确可靠仪器方法测定其常规成分含量，在条件一致(20℃～24℃，环境湿度≤40 RH%)的实验室环境中，使用市场上主流的傅立叶变换红外光谱仪(德国BRUKER公司生产的MARIXT-I)上进行图谱扫描，采用OPUS5.5化学计量学软件，对光谱进行适当的预处理，减弱以至于消除各种噪声对光谱信息的影响，用偏最小二乘回归法建立常规成分预测模型，并进行了反复优化和未知样品模型外验证。

All of which means that this portrait of Mao conveys a genuine modernity, showing as it does a young man who is attaining a position of symbolic consciousness, already more dashing, expressive and steadfast than the average politician. He has broken the conventions of history, and even broken the conventions of history, and even broken the conventions of selfhood on the Long March. A new iconographic destiny has appeared on his face, that he himself had to re-identify with.

毛的这张肖像因此表现出一种真实的现代性，一个正在进入象征意识位置的最后的青年，他的帅气、眼神和坚定性已经越出一般政治家的气质，他已经走出了历史常规，甚至在长征中走出了自我常规，他的脸上产生了新的肖像学命相，这是他的自我都要重新去意识的。

Nanomaterials have many new characterizes which different from the normal materials for their small size, big surface area ratio and quanta dimension domino effect, for examples, the metal with good conductor will be turned into nonmetal when the size is reduced tonanometer levels; the resistance of originally nonconductor will be descended greatly when its size is reduced several nanometers or so, and loss the nonconductor property; the general solid is steady under certain conditions, while under nanometer conditions, the capabilities will be effected greatly by the granule sizes, the newness characteristics made nanomaterials have great appliance foreground on catalyze, optics, and industry produce and so on, therefore the nanomaterials have been the hotspot for materials science, chemistry science and so on.

纳米材料由于尺寸小、比表面积大和量子尺寸效应使它具有不同于常规固体材料的新的特征，如原来是良导体的金属，当尺寸减小到纳米量级时就变成非金属型；原来是绝缘体的物质，当尺寸减小到几纳米或几十纳米时电阻大大下降，失去了绝缘体特性；常规固体在一定条件下物理性能是稳定的，在纳米状态下，颗粒尺寸对性能产生强烈的影响等等，这些新奇的特点使得纳米材料在催化、光学、工业生产等各个方面都有着广阔的应用前景，因此，纳米材料目前已经成为材料科学、物理学及化学等学科的前沿热点。1990年7月在美国巴尔基摩召开了国际第一届纳米科学技术会议，正式把纳米材料科学作为材料科学的一个新的分支公布于世。

The paper commencing with analyses of the basic property of the hydrate, structure and sort, analyzes micro kinetics, formation condition, gas hydrate formation mechanism and influencing factor in high sulfur; also proceed analysis in depth for existent hydrate prediction model; according to gas dissolving, hydrate lattice deformation, synergistic action of inhibitor, carry out analytical study for existent error between normal forecast model and physical condition; introduce key parameter theory to establish and modify prediction model of hydrate formation condition to suit for high sulfur gas reservoir and inhibitor system, analyses different kinds of prevention and cure measures to influence of hydrate; finally, through field application in high sulfur gas reservoir hydrate.

本文从分析水合物的基本性质、结构与分类出发，分析了水合物生成过程中的微观动力学、生成条件、高含硫天然气水合物生成机理以及影响因素；并对现行的水合物预测模型进行了深入剖析，根据气体溶解、水合物晶格变形、抑制剂协同作用等因素对常规预测模型与实际条件之间存在的误差进行了分析研究；通过引入关键参数理论，建立并改进了适合高含硫气藏水合物生成条件预测模型及抑制剂体系的高含硫水合物生成条件预测模型，分析了各种防治措施对水合物的影响；最后通过高含硫气藏水合物实例计算，分析了含硫化氢、二氧化碳组分的天然气与常规气体对水合物生成条件的影响，并对各种水合物防治措施进行了实例计算。

A new way of distance measurement is introduced in this paper, it is similar to traditional measurement way, and has its origination. In the new measurement way, the rough measurement of the distance is realized by countering high frequency pulses filled in discriminable phase pulses. Discriminable phase pulses go through integral circuits, and then are sampled by Analogue Digital Converter, so the accurate measurement of the system is obtained by the sampling value.

本文提出了一种新的测距方法，该方法与常规相位测距仪比较，既有相似之处也有其创新之处，常规相位测距仪一般使用多波长测尺频率组合、差频数字测相的方法，本系统虽然也采用多波长测尺频率组合，但并不采用差频数字测相，该方法摒弃了传统的内外光路的切换方式及电路的混频，粗测采用对鉴相脉冲填充高频脉冲的办法实现，精测则利用鉴相脉冲对积分电路进行积分，然后由ADC 对积分电平进行转换，通过对ADC 的输出值的计算处理实现精测。

Discard the common things, focus on the narrate of particular and aberrance things; Use the description of present and future tense to give us a feeling of reality which shows the irresistible of foreordination. Fully shows the theme of "Tragedy Foreordination "; Through the change of visual angle make the narrate naturally revealed; Use the nicety and pithiness image description impel reader's expand of emotion; Through the exactitude language to break the normal sense of emotion.

余华用重复与循环的结构去成就特殊的人物命运，抛弃现实常规事件，钟情于对非常规及变异事件的叙述；以一种现在式或过去将来式的时间描述带来身临其境的感觉，展示了宿命的不可抗拒绝性，充分体现了"悲剧宿命"的主题；通过变化的视角让叙述以最自然的形态展示出来；使用准确有力的意象描写，推动读者情感发展；通过精准的语言表达，突破常规情感体验。

To obtain DNA noninvasively from the silkworms Bombyx mori and Philosamia Cynthia ricini, we collected the sloughs of fifth instar and the wings of moth, and then extracted DNA by SDS and the DNA extraction kit of animal tissue and purified them.

对家蚕和蓖麻蚕的蚕蜕和蛾翅分别采用SDS裂解法和动物组织基因组试剂盒提取法提取DNA ，并与常规方法以蚕蛹提取的DNA一起进行RAPD扩增图谱比较、分析，结果表明用非损伤性方法提取的DNA的RAPD图谱和用常规方法提取的DNA的RAPD图谱基本一

It could be a conventional experience beyond the status quo, if we have enough of the spirit of the speed breakthrough of the gravity of conventional experience, it is likely we will arrive in a very unconventional reality, it looks at "a single soul sleep" and , it must be renamed exist, beyond the general empirical, to display the "Tathagatagarbha", arrived in a non-facial features of experience and the existence of non-state and re-balancing the relations between the complex.

它可能会是一个超越常规经验的原状，如果我们的精神具有足够的速度突破常规经验的引力，我们就很可能会抵达一种非常规的现实，看起来它处在&一觉独灵&之中，它要求必须重新命名存在，超越一般经验性，展示&如来藏&，抵达一个非五官经验和非常规的存在状态和重新平衡的复杂关系里。

With a solid strength and technological strength, Yide companies in the Electrical and Mechanical products will be different for the various sectors of the various types of users tailor-made programmes, to provide users with personalized service, the following: Unit standard installation, noise and exhaust gas purification works projects The design and installation, optimization of selection, the engine room of the special modification, debugging and unit testing routine maintenance; crew of any emergency repairs; customers in the local unit to facilitate access to preventive maintenance contract; pieces of equipment for the company, Fast 1000,2000,5000 hours to provide the full set of accessories and all the usual crew of spare parts, all models of the monitoring unit of upgrading in order to facilitate a smooth unit into the telecommunications equipment intelligent management system.

凭借雄厚实力和技术力量，怡德公司在机电产品方面更可为各个行业的不同用户度身定制各类方案，为用户提供以下个性化的服务：机组标准安装，降噪工程和废气净化工程的设计与安装；优化选型、机房改造、特殊改装、机组的检测调试和常规保养；机组的任何突发性抢修；客户可在当地方便获得机组预防性维修保养合同；公司专设备件库，可快速向客户提供1000、2000、5000小时全套机组配件及所有常规零配件；所有型号机组的监控型升级改造，以利于机组顺利纳入通讯设备智能管理系统。

By removed ovary culture after positive and negative hybridization, produced interspecific hybridization, and have improved the hybrid seed through removed ovary culture and induced to shoot by culture medium MS, and produced hybrid F1, the plant of Brassica junce×B.pekinesis, the advantage characteristic of hybrid plant is similar to female nature;By cytology authenticating, chromosome number of F1 young flower bud cell (2n=28), it is the sum of monoploid chromosome number of female parent Brassica junce(2n=36) and male parent B.pekinesis(2n=20); The hybridization to Brassica junce×B.pekinesis, and embryonic bud come from removed ovary culture, and it found another form of plant embryo saving.

以芸薹属植物芥菜型油菜和白菜为研究对象，对其进行常规正反杂交后子房的离体培养，通过离体子房培养获得的杂种种子经MS培养基诱导成苗，获得了芥菜型油菜与白菜的杂种F1代植株，表现出杂种优势；通过细胞学的方法，鉴定了杂种F1幼蕾体的细胞染色体数为2n=28，为母本芥菜型油菜（2n=36）和父本白菜（2n=20）的单倍体染色体数之和；芥菜型油菜与白菜常规杂交后，经离体子房培养获得了&胚性芽&，确立了植物胚挽救的另一种形式。

With Death guitarist Schuldiner adopting vocal duties, the band made a major impact on the scene.

随着死亡的吉他手Schuldiner接受主唱的职务，乐队在现实中树立了重要的影响。

But he could still end up breakfasting on Swiss-government issue muesli because all six are accused of nicking around 45 million pounds they should have paid to FIFA.

不过他最后仍有可能沦为瑞士政府&议事餐桌&上的一道早餐，因为这所有六个人都被指控把本应支付给国际足联的大约4500万英镑骗了个精光。