粘
- 与 粘 相关的网络例句 [注:此内容来源于网络,仅供参考]
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Bubbling temperature direct affect the diameter and the distribution of bubbles; Bubblier is a main factor which influence the bubble structure of foam glass. To select different bubblier results in different craft. To add stabilizer directs affect the melt viscosity, besides superficial expansion.
在泡沫玻璃烧结过程中,发泡温度(760~950℃)影响泡径及气泡的分布状态;发泡剂是影响泡沫玻璃制品泡孔结构的主要因素,发泡剂不同,发泡时间不同,则气泡的泡径和开闭口的情况就不同;在泡沫玻璃烧结过程中,稳泡剂的加入直接影响粘度,粘度过高气泡不易产生,粘度过低气泡极易逸出,两者都不利于产生所要求数量的气泡;另外,表面张力和配料中的水对发泡也有一定的影响。
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The visco?-elastic fluid hydrodynamic theory was applied to the wear-resistance experiment on sucker rods.The values of normal stress in suck string generated by visco?-elastic fluid and eccentricity brought out by sucker string were measured quantitatively.The partial abrasion of sucker string and tube in oil well was caused from the normal stress of visco?-elastic fluid.A module for bending analysis of sucker rod in cross direction and wire direction was developed.
大庆油田实施聚合物驱油以后,出现了抽油杆受力状况恶化、抽油杆柱严重偏磨的现象,为此开展了粘弹性流体水动力学理论和试验研究,得出了粘弹性流体在抽油机井筒内的流动规律及对抽油杆柱法向应力的影响规律,定量测出了粘弹性流体对抽油杆柱的法向应力值和抽油杆柱产生的偏心率。
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Results Salivary amylases can both enhance and competitively inhibit the adhesion of the strain to HA, while IgA degraded fragments and MW=13 000 protein only promote its adhesion.
结果 唾液IgA降解片段和相对分子质量为13 000的酸性蛋白仅促进变链粘附,唾液淀粉酶具有促进粘附及抗粘附双重作用。
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P1 and a 117 000 surface protein of WD9463A both inhibit adhesion of the strain to IgA degraded fragments and salivary amylases.
结果 唾液IgA降解片段和相对分子质量为13 000的酸性蛋白仅促进变链粘附,唾液淀粉酶具有促进粘附及抗粘附双重作用。
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It is time for you bid farewell to the outdated diamond –gluing craft instead of this, our company puts out the new generation specialized equipment which can decorate diamond on barrettes and all kinds of plastic products, by having drawn on the essence of the most advanced international technology, researched carefully and improved over and over again.
你可以告别胶水粘钻了,本单位汲取国际尖端技术精华,经潜心研究,反复改进,成功的找到了代替过去用胶水粘钻的工艺,推出了新一代在压克力发夹、眼镜等一切塑料产品上嵌钻的专用设备。通过一年来的实践,我们欣喜的发现,新一代镶钻机的使用,摆脱了一直以来用胶水粘钻所带给我们的困扰,确实给加工作业带来许多新特性。
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This behavior by ink, paper, block, Business card printing and membership card production drops, and so on a number of factors, from the perspective of printing inks, usually in a thin, soft ink, yield stress are too high, with the lack of cohesive appear, in order to improve the performance of the ink, some of the larger viscosimetry resin inking pulp oil or light, you can help overcome up dirty; ink, desiccants, low viscosity oil inking, adhesives, net will ink transfer of lean, viscous and small is the disadvantages, ink's ability to provide possible solutions to the deployment, switched to a fast-light ink.
此本体众由油不朱、纸张、印版、制卡和会员卡制作药火等众种不败不合感冻而爆发,从油不朱角度说,凡是是在油不朱较密密、不不硬、不屈值太矮、粘性不敷的境况下呈现,给恶冻油不朱的本能机能,参增功度粘度较不小的树脂调不朱油或平亮浆,有助于降服起不净;油不朱调配时,潮湿剂、矮粘度调不朱油、去粘剂参增度功众,不兵油不朱调的密密、粘性又小,是变不败此不利的重给来因,油不朱调配恰当可以处置,换用迟固平亮油不朱。
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To master fluid mosaic model of cell membrane;peripheral proteins and integral proteins;the type of extracellular matrix;Collagen;glycosaminoglycan and proteoglycan;elastin; Occliding junctions;anchoring junctions;desmosome hemidesmosome、the structure and function of adhesion belt and focal adhesion;cell coat;cadherins;selectin;Ig-superfamily; integrins
掌握生物膜的流动镶嵌模型;膜周边蛋白和膜内在蛋白;细胞外基质的类型;胶原纤维;糖胺聚糖和蛋白聚糖;弹性蛋白;封闭连接;锚定连接;桥粒与半桥粒、粘着带与粘着斑的结构与功能;细胞外被;钙粘素;选择素;免疫球蛋白超家族;整联蛋白
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The results showed that the spatial distribution range of soil fertility in Qinling forest area on south slope was soil pH volue 5.97~6.89,organic matter 6.6~50.1 g·kg~-1, total N 0.5~3.8 g·kg~-1 ,available N 33.6~257.3 mg·kg~-1,available P 0.81~5.8 mg·kg~-1,available K 38.9~262.4 mg·kg~-1,clay particle content 11.3%~18.1%,capacity of exchangeable base 68.5~310.2 mmol·kg~-1 respectively; The spatial variation degree of available P, organic matter, and total N was big,whereas clay particle content and active acid pH value was small;the spatial variation degree of soil pH value, organic matter, available P, clay particle content, and capacity of exchangeable base decreased with the deep of soil,whereas soil total N、available N, and available K increased.
结果表明,秦岭南坡土壤肥力指标在整个土壤剖面空间分异范围分别为:土壤pH值5.97~6.89,有机质含量6.6~50.1 g·kg-1,土壤全N含量0.5~3.8 g·kg-1,碱解N含量33.6~257.3 mg·kg-1,速效P含量0.81~5.8 mg·kg-1,速效K含量38.9~262.4 mg·kg-1,粘粒含量11.3%~18.1%,阳离子代换量68.5~310.2 mmol·kg-1;其空间分异程度以速效P、有机质和土壤全N含量较大,土壤粘粒含量和土壤pH值较小;随着土层的加深,土壤pH值、有机质、速效P、土壤粘粒含量和阳离子代换量空间分异程度减小,而土壤全N、碱解N和速效K含量空间分异程度增大。
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The results show that, for the elasto-plastic contact of tip-substrate approach and separation process, the material plastic yielding in the atomic level is still governed by the von Mises criterion. For the adhesion of flat-ended wedges, continuum mechanics can be still applied down to a few lattice constants within the contact region, and give reasonable results, apart from the discrepancies near the contact edges. Moreover, adhesion hysteresis occurs during unloading due to the atomic steps, where the unloading curve does not coincide with the loading one. This in turn supports the presumption proposed by Pollock for the adhesion of stepped spheres.
本文首先对针尖—基体模型的弹塑性接触机理进行了深入研究,指出在原子水平上材料的塑性屈服仍由Von Mises准则控制;对平底锥冲头粘着接触的模拟表明,除了在接触区边缘附近有一定差别外,接触力学方法在接触区内几个晶格常数范围内仍能给出令人满意的结果;由于原子台阶效应,加载与卸载曲线不重合,出现粘着滞后,证实了Pollock关于具有纳米阶梯结构的球体粘着滞后现象的推测。
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Intensity with can divide into according to coal its: Brown coal , jet coal , glue coal,, weak to glue coal , 1/2 glue coal , bottle coal , gas rich coal , fat coal , 1/3 coking coal , coking coal ,, lean coal
按其煤化程度不同可分为:褐煤、长焰煤、不粘煤、弱粘煤、1/2中粘煤、气煤、气肥煤、肥煤、1/3焦煤、焦煤、瘦煤、贫瘦煤、贫煤、无烟煤。
- 推荐网络例句
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On the other hand, the more important thing is because the urban housing is a kind of heterogeneity products.
另一方面,更重要的是由于城市住房是一种异质性产品。
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Climate histogram is the fall that collects place measure calm value, cent serves as cross axle for a few equal interval, the area that the frequency that the value appears according to place is accumulated and becomes will be determined inside each interval, discharge the graph that rise with post, also be called histogram.
气候直方图是将所收集的降水量测定值,分为几个相等的区间作为横轴,并将各区间内所测定值依所出现的次数累积而成的面积,用柱子排起来的图形,也叫做柱状图。
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You rap, you know we are not so good at rapping, huh?
你唱吧,你也知道我们并不那么擅长说唱,对吧?