查询词典 the more... the more

More than 10 years, I heard the company's customers valuable advice and technical absorption silk gun manufacturers, continue to improve, accumulated experience in various aspects, such as: absorption of silk Qiangtou, brothers and ceramic manufacturers have adopted easy Pengsui suction head, will not only affect production , Also increased equipment costs, we head into metal and greatly reduce the cost, a further absorption silk guns into the trachea and the row of silk from the centre, other manufacturers in 36 mm, and we changed to 38 mm, for users to replace the intake manifold, Pai more convenient when the silk, silk guns in the absorption of the two guns, made the point that hole, so it's suction row wire was also larger, users have won, we Asia and China over the years the company pursues " Is the quality of corporate life, the user is God, reasonable prices, better quality,"the purpose, we now more than 100 domestic and chemical fiber enterprises have long-term business, the company specializes in chemical fiber processing machinery parts.

十多年来，我公司听取了用户的宝贵意见，在吸丝枪制造技术上，不断改进，积累各方面经验，如：吸丝枪头子，兄弟厂家都采用陶瓷吸头容易碰碎，不但影响生产，还增加设备费用，我们改成金属头子，大大降低了成本，再有吸丝枪的进气管与排丝管中心距离，其他厂商于36mm，而我们改为38mm，为用户在更换进气管、排丝管时更为方便，在吸丝枪内的二级喷头中，孔的角度作了修正，所以它的吸力排丝量也较大，得到用户的好评，我们亚华公司多年来奉行"质量是企业生命，用户是上帝，价格合理，质量更优"的宗旨，目前我们与国内一百多家化纤企业有着长期业务往来，本公司专业加工化纤机械配件。

Under these circumstances the growing war in Germany more resources to the war tensions, it is not possible to continue to build huge ship plan, and in the Royal Navy for the tremendous disadvantage, to continue the construction of aircraft carrier little - to know when the war of more than two destroyers For 230:30, the cruiser for the 64:8 ratio, and even Bismarck did not set sail destroyer escort, do not have enough escort only, for the sake of the aircraft carrier is also live no more than the target.

这种情况下日益扩大的战争使德国战争资源更加紧张，不可能继续庞大的造舰计划，而在对皇家海军的巨大劣势下，继续建造航母意义不大——要知道开战时双方驱逐舰之比为230：30、巡洋舰之比为64：8，连俾斯麦号出航都没有驱逐舰护航，没有足够护航舰只的话，造出来的航母也不过是活靶子而已。

This makes more and more people pay more attention to studies and applications of numerical simulation in thermal recovery. In this research, we have developed a reliable mathematical model for thermal recovery, which takes a full consideration of the effect of viscos, gravitical and capillary forces on the three-phase flow of gas, water and oil, the effect of the temperature on the medium characteristics of liquid and solid, the phase equilibrium of gas-liquid in each component, heat transportation including connection, conduction and radiation as well as heat losses in both the overburn and underlying strata. In the space discreation of the mathematical model, we have proposed a new method based on the improvement of the conventional nine-points difference approximation, which has a higher difference accurancy.

本项研究以热力采油的主要机理为基础，充分考虑在粘性力、重力和毛管力作用下油水气三相流动，考虑温度对各种流体和固体介质物性的影响，考虑每一组分中汽液两相的相平衡，考虑热在地层中的传导、对流和辐射以及上下盖层的热损失，利用热力学第一定律、质量守恒定律和流体迁移定律，建立了正确可靠的注蒸汽数学模型；在对数学模型进行空间离散时，利用控制有限体积积分法，对以往的九点差分近似作了合理的改进，使其具有较高的差分近似精度：结果表明，该公式的近似精度要比以往文献中所给的九点差分近似精度高，可以认为，在油藏数值模拟中，如果遇到非均质情况，使用这种九点差分近似更合理。

Firstly, we introduce the technology of seismic geometric attribute for fault identification detailedly at home and abroad. Secondly we study the coherence, texture,curvature attribute and tricolor display technology of RGB to identify fault; In the part of coherence,we compare the traditional algorithms with model and actual data,mainly study the geometric structural tensor and wavelet multi-scale sub-frequency coherent algorithm; In the part of texture attribute, we introduce texture energy, texture contrast, texture entropy and texture homogeneity attribute.By merging texture attributes of different directions,the effect are more clear; In the part of curvature attribute,we study and analyze fractional-order curvature attribute's extraction and its application in fault identification; The RGB display technology mainly introduces how to merge multi-attributes in order to getting more richer and more clearer information.

首先具体先容了地震几何属性识别断层技术的国内外研究现状；然后分别研究了相干属性、纹理属性、曲率属性和RGB三原色显示技术来识别断层；其中相干属性通过模型和实际资料对传统相干体算法进行了对比，重点研究了几何结构张量相干体算法和小波多标准分频相干体算法；纹理属性主要先容了纹理能量、纹理对比、纹理熵和纹理一致性属性，通过对不同方向的纹理属性进行融合，效果更清楚；曲率属性重点分析了分波数曲率属性提取及其在断层识别中的应用；RGB三原色显示技术则主要先容了如何进行多属性融合来或得更丰富、清楚的信息，在此基础上开发了基于。

The poem phrase painting participate the formation of the park thing elephant view;Poem phrase painting to the body of park artistic conception now;The poem phrase painting openned widely content and outside of park artistic conception to postpone;Manifestation the region the scenery can't mean of person, thing or cordiality;The poem phrase, horizontal tablet, scrolls...etc. in the park literature delineate to exaggerate artistic conception;Poem phrase, horizontal tablet, scrolls, painting in the timespace idea the top the park art of artistic conception and park literature of mutually and dissimilitude;The park art establish the material entity of material painting to compare with poem phrase, on the form view more elephant,on the establish of artistic conception more of thorough;The expression of artistic conception of the park art painting to compare with poem phrase, on the timespace more direct, thorough.

诗词绘画参与园林物象景观的形成；诗词绘画对园林意境的体现；诗词绘画拓宽了园林意境的内涵和外延；显示当地景物所不能表示的人、物或情意；园林文学中的诗词、匾额、对联等勾勒渲染意境；在时空观念上园林艺术的意境和园林文学中诗词、匾额、对联、绘画的相通和相异；园林艺术的创设素材的物质实体性较诗词绘画在表观上更具象、在意境的创设上更加的深入；在时空上园林艺术意境的表达较诗词绘画更直接、深入。

In conclusion, the lag phase of Streptococcus thermophilus was shorten in the eutrophy culture medium, and the time achieving the culminated point of logarithmic phase was shorted also, at the same time, the stationary phase lengthened. After secondary culture, Streptococcus thermophilus reached directly the log phase hardly through the lag phase, and then quickly reached the decline phase. There were more relations of the metabolic regalities of the three kinds of nutritive substances with the super-concentrated incubation process of Streptococcus thermophilus: the more the number of the bacteria, the quicker the metaboling, while the fewer, the slower the metabolism. Moreover, there apparently existed morphologic changes in this course, and there maybe existed the apoptosis, which correlated with bacteria propagation and acid producing. With the culture time postponed, the nutritive substances in the culture medium lacked also, and the morphologic change and apoptosis appeared more obviously.

结果表明，嗜热链球菌在营养丰富的培养基中的生长延滞期缩短，到达对数生长顶点的时间变短，稳定期的时间延长，当经过二次培养后，嗜热链球菌几乎不经过延滞期直接到达对数期，平稳期持续的时间较短，很快到达衰亡期；嗜热链球菌在超浓缩培养过程中三大营养物质的代谢规律也同它的培养过程有很大的关系，菌数多，其代谢旺盛，菌数降低其代谢速度减慢；嗜热链球菌在超浓缩培养过程中存在着明显的菌体形态变化，并可能存在着细胞凋亡，与菌体增殖和产酸规律密切相关，随着培养时间延长，培养基中营养物质变得贫乏，菌体形态变化和细胞凋亡的情况愈加明显。

Since the first open-end fund issue, there are 5th redemption, which also reveals more profound form of market phenomena causing open-end fund liquidity risk. In 2002, the open-end fund market was just established, in order to expand the size, many funds only attract institutional investors, and do not distinguish between investor by their liquidity preference. Under such single structure, institutional investors large size redemption will cause fund scale reduced significantly, which suffered huge losses. In 2003, as the Funds growth, more and more retail investors join in fund market and occupy a dominant position. Due to the lack of awareness of the fund market, they all use the concept of stock investment.

自开放式基金成立以来，中国历史上的5次赎回也更深刻的揭示了构成开放式基金流动性风险的市场现象。2002年为开放式基金成立初期，很多基金为了吸纳资本，扩大规模，只面向机构投资者融资，并且不区分投资者的流动性偏好，在这种单一的结构下，机构投资者的大额赎回就导致基金规模的锐减，从而遭受巨大损失。2003年，随着基金的发展，越来越多的散户介入其中并占据主导地位，由于缺乏对基金市场的认识，按照原有投资股票的理念投资基金，所以在低迷的股市稍有起色，基金稍有赢利时，就开始赎回，造成了多只基金净值的损失。2005年，保险行业可以直接入市，再加之逐渐回升的行情和基金公司高额的手续费，很多保险公司开始赎回持有的基金转而直接入市。

It is the exterior link problem of a website again, generally speaking, exterior link is more, the quality of the website of the link is higher, better to the rank of your website, but this is not to say to if,jump over good; more more absolutely outside group of hair machine are sent suddenly, connect, the will be GOOGLE penalty that awaits then is the problem of retrorse link next, namely if your website is done perfectly if, other website can add your website link on his page, of course this also can pass commutative catenary fetch to come true.

再次是一个网站的外部链接问题，一般来说，外部链接越多，链接的网站的质量越高，对你的网站的排名越好，但这绝不是说越多越好；如果把有群发机猛发外连，那等待的将是GOOGLE的惩罚然后是反向链接的问题，即你的网站如果做的相当不错的话，别的网站会在自己的页面上加上你的网站链接，当然这个也可以通过交换链接来实现。

Besides lets MG6 in the contour have more sharp overall visual effect and the more intense speed feeling, the Fastback design also lets MG6 the wind resistance coefficient be smaller, the whole smooth modelling can enable the air current to have more formidable under pressure to the vehicles rear part, enhanced MG6 in the high speed travel time stability.

除了在外形上让MG6拥有更为锐利的整体视觉效果和更强烈的速度感之外，Fastback的设计也让MG6的风阻系数更小，整体流畅的造型能使气流对车辆尾部具有更为强大的下压力，提高了MG6在高速行驶时的稳定性。

Micro-computer monitors work inside the electron gun to emit electronic, through the acceleration of high-voltage electrode, adjust shooting at the screen, the screen of fluorescent material by high-speed electronic flow impact, resulting in X-ray, scientific evidence shows that more than 20 of each year only Guoqin dose of radiation, will constitute a harm to humans, operate microcomputer year will not be more than 0.3 Roentgen of exposure; even when engaged in computer work for 30 years, the cumulative exposure will not be sufficient to cause human injury lowest half, but during early pregnancy (the first 3 months) the fetus is in a cell division, organ differentiation sensitive period, or should be:(1) hours of work per week is not more than 20 hours (2) one meter away from the computer (3) wearing protective skirt (4) work completed Huanyi bath in order to reduce the electromagnetic radiation on the impact of the fetus.

微电脑显示器工作时，内部的电子枪发射出电子来，经过高压电极的加速，调整射向荧光屏，屏幕上的荧光物质受到高速电子流的撞击，产生X射线，科学论证表明，每年只有超过20论琴的剂量照射，才构成对人体的伤害、操作微机一年也不会超过0.3伦琴的照射量；即使从事微机工作30年，累积的照射量也不足以造成人体损伤最低值的一半，不过妊娠早期(头3个月)胎儿正处于细胞分裂，器官分化的敏感时期，还是应当：(1)每周工作不超过20小时(2)距电脑一米开外(3)穿防护裙(4)工作完毕洗澡换衣，以减少电磁辐射对胎儿的影响。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。