泡沫材料

In the second part, by using uniform design and orthogonal design methods, some groups of mix test of foam lightweight with different component are conducted, the test data is analyzed by neural networks model and regression model, and optimum mix proportion is obtained. Orthogonal design for mix material considering density factor is presented, as well as uniform design for mix material adapting to different density. The mechanic characteristics of foam lightweight material and engineering characteristics differing from general material under an allround press are founded. Through the analysis of asymmetry settlement for Doulong sluice and the comparison of correct deflection scheme, the foam lightweight material shows some advantages in the load reduction.

在泡沫轻质材料的研究方面，利用均匀设计和正交设计方法进行了几组不同组分的泡沫轻质材料的配方试验，利用神经网络模型和回归模型对试验数据进行处理，得出最优配方；提出了考虑密度因素的混料配方的正交设计方法和适合不同密度时的混料配方均匀设计方法；研究了泡沫轻质材料的力学特性，并发现了在围压作用下所表现出的不同于一般材料的工程特性；论文将上述研究成果用于斗龙港闸工程的处理设计，通过对该闸的不均匀沉陷分析和各种纠偏方案比较表明，采用泡沫轻质材料进行减载处理有一定的优越性。

It was found that increasing pressure for blank can improve the compactedness of blanks so as to make foam aluminium materials with homogeneous pores. Foaming temperature, as one of the main influencing factors on foaming process, should be controlled higher than the melting point of Al or Alalloy to a certain extant in order to keep a reasonable viscosity. Thus, the foam aluminum with homogeneous pores and high porosity is available. As shown by experiments, such materials should be made on conditions that they shall be protected with molten salt under 300?MPa pressure at 675～680?℃.

研究了粉末冶金法制备泡沫铝材料的方法讨论了发泡过程中的保护方式、制坯压力、发泡温度等参数对泡沫铝体积质量、孔隙率、孔结构的影响，并对发泡机理进行了探讨增大制坯压力使得金属坯致密，可以得到孔结构均匀的泡沫铝材料；发泡温度是影响发泡的主要因素之一，发泡温度控制在高于铝或铝合金熔点，同时保持熔体具有一定粘度的范围内，能够得到孔结构均匀、高孔隙率的泡沫铝材料实验结果表明：采用熔盐保护方式，在300MPa的压力下，温度在675～680℃时，可得到孔径均匀、孔隙率高的泡沫铝材料。

The furniture pieces are jazzed up with petal shaped foam headboards and footboards.

由泡沫材料制成的花瓣形床头床尾挡板，使这套家具活跃起来。

Hfele Adhesives are ideal for High Pressure Laminate bonded to particleboard and a vaiety of other substrates, such as veneers, fabrics, upholstery, foam, headliners, glass, mirrors, cork, tile, fiberglass, wood and plastics.

海福乐喷涂胶粘剂是用于粘接防火板与刨花板的完美产品，它也同样适合与其他材质的粘合，比如：饰面板、纺织品、室内装修用品、泡沫材料、玻璃、镜子、软木、瓷砖、玻璃纤维、木材及塑料制品等。

Besides the foam egg cartons and green-capped water bottles, what astonished me was how much of the trash my group found was helium balloons.

除了用泡沫材料制成的蛋盒和绿色瓶盖的水瓶外，最让我大吃一惊的是，我的团队所发现的垃圾，最多的居然是氦气球。

EPS is a mouldable, lightweight , low cost foam with minimum impact cushioning abilities.

EPS 是可模压、轻重量、低成本而具有最低限度碰撞缓冲能力的泡沫材料。

A new experimental method for volumetric strain measurement of polyurethane foam materials was put forward by utilizing soil tri-axial compressive device.

利用土壤的三轴压缩试验装置，通过试验方法的改进，提出了一种体应变测定和修正的方法，对硬质聚氨酯泡沫材料的静水压力特性进行了研究，得到了一些有价值的数据和结论。

Cut out several seaweed pieces from green craft foam. Poke a hole nea the bottom of each. Use fishing line to tie a metal nut to each piece of seaweed.

用绿色的工艺泡沫材料纸剪几株水草，在每株水草的地步钻个洞，然后用鱼线给每株水草上系一个螺母。

Thermal insulation material used in air-conditioning circuitry system may initiate the fire,therefore there is a a higher request for improvement on combustibility of thermal insulationfoam, and it is urgently to strengthen the research on flame-resistant thermal insulation forair-conditioning systmem; so many aspects such as retarding mechanism, heat degradationcharachteristic, and prediction in kinetics and so on, of fire retardant foam become a newresearch subject.

空调系统的管路系统保温材料可引发火灾，因此对泡沫保温材料的燃烧性能提出了更高的要求，亟需加强对空调用泡沫阻燃材料的研究，而泡沫阻燃材料的阻燃机理、热解特征和动力学预测等方面的问题形成一个新的研究课题。

Solutions under study include filling what would normally be void spaces with high-density foam to resist crushing and pressurising other parts of the airframe with nitrogen in onboard tanks.

正在研究的解决方案包括用高密度泡沫材料填满空着的空间以防止被压碎，用氮给机身的其它部分增压。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。