查询词典 solid-drawn

Our registeredmark is TCMHL,and our products are divded into three series,namely,cured-onsolid tires,rimmed tires and pressed-on type solid tires . TCMHL brand solid tire are used in many industrial and mine companies and ports.In the past years,we have received approval from customers with our high quality and warm service.Our products have been sold to many facrories in abut 20regions,and we have a large marker share in USA,Canade,Japan and Middle East.

TCMHL 是全球大型叉车实心轮胎生产厂家之一，注册商标 TCMHL 品牌，有粘结式轮胎、花纹式轮胎，轮辋实心轮胎、压配式实心轮胎，四大系列产品， TCMHL 牌实心轮胎适用于各工矿企业，港口码头，多年来以其优良的品质，热诚的服务赢得用户的依赖，产品畅销于国内多家配套厂商和近二十个省市和地区，并在美国、加拿大、日本、中东地区占有较大的市场份额。

The Schrodinger equation is widely used in the atomic physics, nuclear physics and the solid-state physics, regarding the atom, the member, the nucleus, the solid and so on,This equation is used very well.

薛定谔方程广泛地用于原子物理、核物理和固体物理，对于原子、分子、核、固体等一系列问题中求解的结果都与实际符合得很好。

Damage mechanics is a new branch of solid mechanics that has come into being during the past two decades. The theory deals with solid-state physics, strength of materials and continue mechanics as a whole. Making up for the deficiency of microexamination and fracture mechanics, it is getting more and more useful for the calculation of life expectancy of materials, thus facing a bright future as far as its infinite use are concerned.

损伤力学是近二十年才开始形成和发展的一门新的固体力学分支，它是将固体物理学、材料强度理论和连续介质力学统一起来进行研究的理论，弥补了微观研究和断裂力学研究的不足，越来越多地应用于航天航空、高温高压热力设备寿命评估和混凝土、复合材料、高分子材料质量评估计算，是一门有着无限广阔用途的新学科。

Based on this,a system dynamics model has been developed to analyze the dynamic impact on the whole solid waste management under solid waste specific duty and regulation for illegal disposal.

在固体废弃物从量收费政策和法规政策影响下，采用系统动力学模型分析居民参与废弃物管理的行为对整个废弃物管理系统的动态影响。

The stability of the sphene, as the selected crystalline solid of radioactive elements, has an important significance for security estimate of the solid, including nucleus waste material.

放射性核素固化体备选矿物的研究是高放废弃物处理及其安全性评估的重要方面，但选择理想的人工固化矿物及其评估在地质环境中的安全性一直是一个需要解决的难题。

Transparent di splay pattern of 3-d us imaging were used to observe the solid lesions in solid organs.

采用三维超声断面投影冠状面重建技术，显示人体内多种目标体的冠状面及其在立体数据盒内的坐标位置。

Fluid flow rate in Shan bolt pump is low, its rotator is to roll within the stater, But, that the determinant hardness may come according to the character transferring medium selected, is beneficial to a factor since the Shan bolt pump has these, makes it also apply to the liquid transporting the suspension containing hard quality solid particle, usage than and the soft solid suspension liquid (the glue waits fruit thick, soft) here Shan bolt pump transporting viscosity20,000 mpas liquid, Give modification if its standard is designed, increase set up one helix give material an implement, it can transport 200,000 mpas liquid then in the leading-in rotator and stater cavity more easy to use viscidity liquid, therefore it is one kind of the pump being much used for transportinghigh viscosity.

单螺杆泵中的流体流速低，它的转子是在定子内滚动，而定子的硬度又可根据输送介质的性质来选定，由于单螺杆泵具有这些有利因素，使它也适用于输送含有硬质固体颗粒的悬浮液，及软性固体悬浮液此单螺杆泵可使用于输送粘度2万mpas的液体，所以它是一种常用来输送高粘度的泵。

Not only does it contain stearin fine, and mixed with palmitic acid, stearic acid and other components of the three Gan Youzhi, contains a lot of that is a mixture of solid three Gan Youzhi, a brown color, like fat and wax, like at room temperature A solid, dissolved in ethyl ether, chloroform and hexane.

它不仅含有硬脂精，而且混有棕榈酸、硬脂酸等组成的三甘油脂，即含有大量固体三甘油脂的混合物，色泽呈棕色，像脂肪和腊一样常温下呈固体状，溶解于乙醚、已烷和氯仿。

A computer-aided local transient flow property measuring system was developed using a high speed CCD camera coupled with optical fibers in order to study the Gas-liquid-solid three-phase jet loop reactors. SnO2 crystal films were orientally deposited on the alkoxysilane molecule-coated hydroxyl glass substrates so as to prepare surface-marked particles as the tracers. An image analysis system was established to identify different phases. Stroboscopic photography was utilized to extend the measure range. The developed measuring and analysis system was capable of determining accurately the local transient flow property in a G-L-S jet loop reactor. Based on the above system, local transient flow properties of gas, liquid, and solid phase were measured and studied the influences of fluid property, operation and configuration parameters on the reactor.

以气液固三相喷射环流反应器为研究对象，将高速CCD和光纤束耦合制成局部瞬态流动特性微机数据采集及图象处理系统，利用MPS硅烷分子在带有羟基的玻璃基底上的自组装引导SnO2晶态膜层在功能化表面上进行沉积，以获得表面标记的示踪粒子，解决图象处理技术与相的识别的问题，利用频闪技术拓展了测量上限，得到可以准确测定气液固三相喷射环流反应器中局部瞬态流动特性的测试系统；采用上述测试技术进行喷射环流反应器中局部气相、液相与固相瞬态流动特性的实验研究，并考察物性参数、操作参数与结构参数的影响规律。

The results show that:(1) after MA for 20h, single phase bcc nanocrystalline supersaturate solid solution formed in Fe84Nb7B9 and Fe80Ti8B12 alloys; the thermal stability of nanocrystalline microstructure in Fe80Ti8B12 alloy was improved significantly than that in Fe84Nb7B9 alloy, and the decomposition temperature of supersaturate solid solution decreased in Fe80Ti8B12 alloy.(2) under 30MPa/900℃/0.5h hot-press sintering conditions, the relative density of Fe84Nb7B9 and Fe80Ti8B12 bulk alloys were 96.7% and 95.5%, respectively. Compared with Fe84Nb7B9 alloy (muti-phase microstructure), Fe80Ti8B12 alloy was composed of superfine crystalline (50~200nm) of single phase α-Fe;(3) the magnetic properties of Fe80Ti8B12 bulk alloy σ(subscript s=198.6emu/g, H=54.6Oe were more excellent than that of Fe84Nb7B9 bulk alloy σ(subscript s=162.9emu/g, H=105.1G, it was related to the different phases formed during hot-press sintering and the grain size of nanocrystalline powder.

结果表明：(1)20hMA后，Fe84Nb7B9和Fe80Ti8B12均形成了单相bcc纳米晶过饱和固溶体，相对前者，后者纳米晶组织热稳定性明显提高，过饱和固溶体相分解温度略有降低；(2)在30MPa/900℃／0.5h热压条件下，Fe84Nb7B9和Fe80Ti8B12块体合金相对密度分别为96.7%和95.5%，相对前者，后者由超细晶(50~200nm)单相α-Fe组成；(3)Fe80Ti8B12块体合金软磁性能σ(下标 s=198.6emu/g，H＝54.6Oe明显高於Fe84Nb7B9块体合金σ(下标 s=162.9emu/g，H＝105.1Oe，此与纳米晶粉末在热压烧结过程中所形成相的种类和晶粒尺寸大小有关。

The good news is that after formatting from the command line to FAT32 (format /fs:fat32 /a:4096 drive:) all but one of the problematic games that I tested work perfectly.

好消息是，从指挥线后格式化了FAT32(格式/曾荫权：了FAT32/答：4096年径：)所有问题，但其中的游戏测试工作，我很好。

In Amsterdam. He is a Dutch painter, draftsman, and etcher of the 17th century, the greatest artist of the Dutch school, a master of light and shadow whose paintings, drawings, and etchings made him a giant in the history of art.

伦勃朗是一位17世纪画家、绘图家、版画家，荷兰学派的最伟大艺术家，他的明暗法的大师，他的绘画、素描和版画使他成为一位艺术史上的巨匠，其画作体裁广泛，擅长肖像画、风景画、风俗画、宗教画、历史画等。