1.
Choice and Preparation for Kilometer Compressive Material (KCM) and Study on Its Configuration and Mechanical Properties;
千米承压材料的制取与力学性态研究
2.
These materials are found capable of withstanding high temperature and high pressure .
发现这些材料能承受高温高压。
3.
The company set up the ramming branch in 2002, continuing all kinds of metal materials which is below the thickness of 6 millimeters to take shape and stretch.
公司于2002年组建了冲压分厂，承接6毫米厚度以下各种金属材料的成型、拉伸件。
4.
Plain bearings--Compression testing of metallic bearing materials
GB/T16748-1997滑动轴承金属轴承材料的压缩试验
5.
Study on Bearing Capacity of Domestic Fiber Reinforced Composite Structure
国产碳纤维复合材料层压板承载能力研究
6.
Thought on Technical Permission of Welding Material for the Bearing Pressure Equipment in Steel
钢质承压设备用焊接材料技术条件的思考
7.
Development of New Sintering Turbocharger Thrust Bearing
新型涡轮增压器烧结止推轴承材料的研制
8.
In construction of deep geothermal water well under1000 m, accidents of filtering or sealing material plugging and casing or strainer breaking will ha ppened rather often.
千米以上的深水地热井施工常会出现滤水材料或上水材料蓬堵及套管滤水管折断等事故。
9.
Preparation of SiC_p/Cu Nanostructure Composite by Ball Milling and Hot Pressed Sintering;
球磨—热压烧结法制备SiC_p/Cu纳米复合材料
10.
Preparations and Properties of Hot-Pressed Bi_2Te_3 Based Nano-Composite Thermoelectric Materials;
热压Bi_2Te_3基纳米复合热电材料的制备与性能
11.
Study on the Preparation of Nanometer ZnO Varistor and Aqueous Tape Casting Processing;
纳米ZnO压敏材料制备及其水基流延工艺研究
12.
Studies on Dielectric and Resistance-Pressure Properties of Carbon Nanotubes/Silicone Rubber Composites
碳纳米管/硅橡胶复合材料介电与压阻性能研究
13.
Sintering at high pressure and high temperature and characterization of nanometer B_6O-B_4C superhard composite
纳米B_6O-B_4C超硬复合材料的高温高压烧结与表征
14.
Study On Pressure Sensitivity Properties Of Cement-based Composites with Nano-sized Carbon Black
纳米碳黑水泥基复合材料压敏性及机理分析
15.
Preparation and Tribological Performance Research of the Carbon Nanotubes/Lead-base New Sliding Bearing Materials;
碳纳米管/铅基新型滑动轴承材料的制备及其摩擦磨损性能研究
16.
At the severalty microseconds twinkling of an eye, well up to the dozens ofth kilovolt of at voltage at waves /rice, bear enormous load of whole systems, May damage the equipment in consequence.
在几微秒的瞬间，浪涌电压高达几十千伏/米，整个系统将承受巨大的负载，后果可能损坏设备。
17.
It has been shown that there was a great influence of the different behaviour effect on the bearing capacity of the truss structure.
证明材料的拉压性能不同对桁架结构承载能力的影响是很明显的。
18.
foam laminated material
泡沫塑料层压材料（织物）