厚

Studied present measuring methods" advantages and disadvantages, and presented the necessity and importance of researching propellant transient heat transfer.2.according to 130 and aeronautic 90 rocket projectiles" structure, analysed and acquired physical and mathematical models for propellant transient heat transfer, also designed propellant temperature field simulation units for test.3.acquired discrete transient heat balance equation and temperature calculation program, and gave contrasting curves between experimental temperature values and program calculating temperature values as well as maximum errors and average square root errors between them.4.by programs based on the first class boundary condition, worked out temperature distribution in propellant temperature field simulation units at different time, analysed temperature field distribution law and main elements affecting heat transfer, acquired propellant mass weighted average temperature and one at the half position of propellant maximum thickness as well as maximum errors and average square root errors between them.5.established transient heat transfer mathematical model and temperature calculation program for the third class boundary condition, drew contrasting curves between temperature experimental values and calculation values and gave maximum errors and average square root errors between them, got temperature distribution in the simulation unit at different time and main elements affecting heat conduction, figured out propellant mass weighted average temperature and one at the half position of propellant maximum thickness as well as maximum errors and average square root errors between them.

分析了现有测试方法的优缺点，提出了研究推进剂瞬态导热的必要性和重要性。 2。根据130和航90两种火箭弹的结构，分析得到了推进剂传热的物理模型和数学模型，设计了推进剂温度场模拟实验装置。 3。得到了离散形式的瞬态热平衡方程和温度场计算程序，给出了实验温度与程序计算温度值的对比曲线及其最大偏差与均方差。 4。利用程序求出了第一类边界条件下、不同时刻推进剂温度场模拟装置中的温度分布，分析了温度场的分布规律和影响传热的主要因素，求出了推进剂质量加权平均温度和最大肉厚1／2处的温度时间曲线并给出了两者之间的最大偏差与均方差。 5。建立了第三类边界条件下的瞬态导热数学模型和温度计算程序，求出了温度实测值与计算值的对比曲线并给出了两者之间的最大偏差与均方差，得到了不同时刻温度场模拟装置的温度分布与影响导热的主要因素，求出了推进剂质量加权平均温度和最大肉厚1／2处温度及两者之间的最大偏差与均方差，讨论并确定了能代表130和航90推进剂温度的特征点的位置。

The first objection is, that a Flatlander, seeing a Line, sees something that must be THICK to the eye as well as LONG to the eye (otherwise it would not be visible, if it had not some thickness); and consequently he ought to acknowledge that his countrymen are not only long and broad, but also (though doubtless in a very slight degree) THICK or HIGH.

第一个反对，一个二维生物，看到线，看到的是，必须厚的眼睛，以及龙的眼睛（否则将不可见，如果没有一些厚度），因此他应该承认他的同胞不仅是长期和广泛的，而且（虽然毫无疑问，在一个很小的程度）厚或高。

For accurancy test, we use metal coupon as standard gauge block from Greateck Automation, 75% area is 1.1mm thickness, 25% area is 0.9mm thickness.

对于准确度实验，我们使用金属片作为标准测试片(从马来西亚GREATECH购买)75%部分是1.1MM厚，25%是0.9MM厚。

The coat and heavy mane is thick , with coarse guard hair and a wooly undercoat .

被毛和鬃毛很厚，尤其是颈部的鬃毛像一条厚围巾缠在颈部。

Determination of the available film thickness meter, the diameter is 3 0 m m Beanies pressure on silk online, let photoptic partⅱ fine regional contact and the thick-film irstrument sensor head alignment Beanies pressure on silk online, on the LCD screen can be readout readings (note that prior to the measurement of zero).

测定厚度时，可用膜厚仪进行，使用时将直径为3 0 m m 的金属薄片压在丝网上，先让未涂布感光胶的区域接触薄片，将厚膜仪的传感头对准金属薄片压在丝网上，在液晶显示屏上读出读数即可。

Crop production in the Yellow River Township, honeydew melon,bai lan gua itsrou hou , color pure, sweet and well-known to heat, thirst, appetizers and welcome to a big, thick skin, and favor the transport resistance, the township, production up to 80 million kilograms.

收成乡生产的黄河蜜瓜、白兰瓜，以其肉厚、色纯、香甜闻名，以消暑、止渴、开胃而受欢迎，以个大、皮厚、耐运输而受青睐，全乡产量可达8000万公斤。

The periostracum nature can't lead thick, lead thick will influence the skin normal metabolism, appropriate of horniness it also has a certain protection function to the skin, can resist ultraviolet ray and germ etc. to skin of injury.

角质层自然不能过厚，过厚了会影响皮肤正常的新陈代谢，适当的角质其对皮肤也具有一定的保护作用，可以抵御紫外线以及细菌等等对皮肤的伤害。

But at present in our country the rolling mill utilization ratio and the output compares with units energy consumption hour of the Middle-thicken Plate are very low. Especially in the stage of rough rolling, because of utilization rate of equipment is not enough the rolling cycle of each steel is too long, thus it result in lower producing and more energy consumption.

但目前国内中厚板轧机利用率，小时产量和单位能耗比都较低，尤其对于中厚板生产粗轧阶段由于设备利用率不够，每块钢的轧制周期时间太长，从而导致产能低，能源消耗大的情况。

By the performance indexdr, We proposed in thispaper a new algorithm for the feedforward optimal gauge control of a steel stripmill. By this algorithm the control is the integral of gauge deviation weighted by hyperbolic cosine.

本文根据有限时间区间的厚差信息，利用有限时间二次型指标，提出一种新的带钢轧机厚度前馈最优控制，这一控制为厚差按双曲线余弦加权积分算法。

In the experiment, an approach was made to the cause of DRP and the mechanism of it's prevention and treatmend by acupuncture. The experimental results indicated that in rat with diabetes,(1) plasma TXB2 and the ratio of TXB2 to 6-keto-PGF1α increased obviously, suggesting hyperfunction of platelet and injury to endothelial function, which tend to result in thrombosis;(2) erythrocytic filtration index increased remarkably, suggesting erythrocytic transforming and oxygen carring hypofunction, which is one of the factors leading to retinal anoxia;(3) hyperglycemia persisted, which is related to the thickening of basilar membrane of and the decrease of mural cell of retinal blood vessels;(4) serum growth hormone rose notably, which is not only one of the important factors causing basilar membrane thickening but also promotes the synthesis or Von Willebrand Factor that participates in a tendency to thrombosis.

本实验对糖尿病性视网膜病变（Diabetic Retinopathy，DRP）的成因以及针刺防治DRP的作用机理进行了探讨，实验结果表明：糖尿病大鼠（1）血浆TXB2及TXB2/6-ket0-PGF1α比值均显著升高，提示其血小板机能亢进，内皮细胞功能损伤，具有血栓形成倾向；（2）红细胞滤过指数（Filtration Index，IF）显著增高，提示其红细胞变形能力低下，携氧运行功能降低，是造成视网膜缺氧状态的因素之一；（3）呈持续高血糖状态，与视网膜血管基底膜增厚及管壁细胞减少有关；（4）血清生长激素（Growth Hormone，GH）水平明显升高，既是导致基底膜增厚的重要因素之一，又促进VWF合成，参与血栓形成倾向。

In the negative and interrogative forms, of course, this is identical to the non-emphatic forms.

。但是，在否定句或疑问句里，这种带有"do"的方法表达的效果却没有什么强调的意思。

Go down on one's knees;kneel down

屈膝跪下。。。下跪祈祷