热压烧结炉,hot press sintering furnace
1)hot press sintering furnace热压烧结炉
1.Finite element method for temperature fields dynamic distribution in large scalehot press sintering furnace大尺寸热压烧结炉温度场动态分布的有限元法研究
英文短句/例句
1.DYNAMIC DISTRIBUTION SIMULATION OF TEMPERATURE FIELD IN CERAMIC HOT-PRESS SINTERING FURNACE陶瓷热压烧结炉温度场动态分布模拟
2.Finite element method for temperature fields dynamic distribution in large scale hot press sintering furnace大尺寸热压烧结炉温度场动态分布的有限元法研究
3.Experimental Study and Numerical Simulation of Temperature Field in a Sinter-HIP Furnace;硬质合金烧结—热等静压炉内温度场的实验研究与数值仿真
bustion, Heat Transfer, Deposition,Slagging and Pollutant Emission Characteristics Experimental Studies on High Pressure Coal Water Slurry Boiler;高压水煤浆锅炉燃烧、传热、积灰结渣及污染物排放特性的试验研究
5.The waste heat boiler of sinter ring cold machine was developed to recover sensible heat of sintering mine.为回收烧结矿显热，研制出烧结环冷机余热锅炉。
6.Simulation of Enhancing Heat Transfer on Waste Heat Boiler of the Incinerator and Analysis of Its Slagging and Fouling;焚烧炉余热锅炉强化换热数值模拟与结渣分析
7.Effect of Double-Regenerative Burner Structure and Preheat Temperature on Flame of the Annular Furnace双蓄热燃烧器结构和预热对环形炉特性的影响
8.bottom two way fired pit炉底双侧烧嘴均热炉
9.It has enormous technical strength and abundant producing experience.拥有先进的反应烧结炉，高温气压烧结炉等静压压机等专业生产设备。
10.Microstructure and Mechanical Properties of Hot-pressed TiB_2-VB Composites热压烧结TiB_2-VB复合陶瓷的结构与性能
11.Design and Study on the Auto Control System of HIP-Sinter Stove;低压真空烧结炉自动控制系统研究与设计
12.Design and Implementation of Monitoring System with Touch Screen Used for Pressurized Sintering Stove压力烧结炉控制系统监控触摸屏的设计与实现
13.Study on the Hot Press Sintering of Nanocomposite WC-Co Powder;纳米复合WC-Co粉末的热压烧结
14.Research of Ca_3Co_2O_6 System Thermoelectric Materials and Its Property by Normal Pressure Sintering常压烧结Ca_3Co_2O_6系热电材料及其性能研究
15.STUDY ON NANO-SIZED AlN CERAMICS BY HOT PRESSED SINTERING真空热压烧结纳米氮化铝陶瓷的研究
16.SiC/B_4C Composites Prepared by Hot Pressing热压烧结工艺制备SiC/B_4C复合材料
17.HOT-PRESSED SINTERING OF FINE-GRAINED ALUMINA CERAMICS热压烧结细晶粒氧化铝陶瓷(英文)
18.Study on VC/Cu Composite Fabricated by Hot Pressing Sintering真空热压烧结VC/Cu基复合材料的研究
相关短句/例句
Sinter-HIP furnace烧结-热等静压炉
1.Optimization of cemented carbide sinter-HIP furnace;硬质合金烧结-热等静压炉的优化
2.Improving the distribution of temperature field inSinter-HIP furnace graphite canister by the optimum design of graphite heaters,to solve the problem about the uneven distribution of temperature field in graphite canister and the temperature of the bottom and the space near the graphite canister"s door in the graphite canister are relatively lower.通过对烧结-热等静压炉石墨发热体的优化设计,改善石墨筒内温度场的均匀性,以解决实际生产中存在的石墨筒内温度分布不均匀、底部空间和靠近两个炉门侧空间温度偏低的问题,并对石墨发热体改进前后石墨筒内温度场分布情况进行了数值仿真。
3)vacuum sintering funace真空热压烧结炉
4)continuous hot-pressing sintering furnace连续式热压烧结炉
5)hot-press sintering热压烧结
1.Research onhot-press sintering process of N type thermoelectric materials ZnO;N型热电材料ZnO热压烧结工艺研究
2.Si_3N_4 ceramics were prepared by aligning theα-Si_3N_4 whisker in the substrate via tape casting andhot-press sintering.利用流延成型使α-Si_3N_4晶须在基体中定向排列,并采用热压烧结技术制备了Si_3N_4陶瓷。
3.Ti_3Al/TiC+ZrO_2 composites were prepared by mechanical alloying andhot-press sintering.采用机械合金化和热压烧结制备了Ti3Al/TiC+ZrO2复合材料。
6)hot pressing sintering热压烧结
1.Beside the raw materials and formulation,the quality of diamond segments depend on thehot pressing sintering techniques and the quality of graphite mould.人造金刚石锯片的刀头是采用粉末冶金工艺来制作的,其刀头的质量性能除了取决于原材料的选择与配比,还取决于热压烧结工艺以及石墨模具的性能。
2.Silicon carbide particles/copper (SiCr/Cu) composites were prepared byhot pressing sintering with electric resistance heating.用电阻热压烧结法制备了碳化硅颗粒/铜(SiC_p/Cu)复合材料。
3.LaB_(6)ZrB_(2) composite powders with different content of ZrB_(2) were synthesized by carbon thermo-reduction method and the corresponding polycrystalline composites were fabricated byhot pressing sintering method.通过热压烧结法制备了相应的复合材料,其性能测试结果表明:随着ZrB2含量的增加,LaB6ZrB2复合材料的硬度和弯曲强度均随之增大,而断裂韧性则先增后减,在ZrB2质量分数为21%时,其断裂韧性达最大值。
延伸阅读
热压热压hot pressingreyo热压(hot pressing)一种将模压与烧结相结合的成形方法，又称静热压(statie hot pressing)、加压烧结，也称活化烧结。它是将金属粉末装在模腔内，平稳地加压同时将粉末加热到正常的烧结温度或稍低一些的温度，经过较短的时间，烧结成致密而均匀的制品。为了使预热粉末或预压压坯不被空气氧化或氮化，热压过程必须在保护气氛或真空下进行。热压模的选择原则一般是:低温高压工艺可选择金属或硬质合金模;高温高压工艺则选择石墨模。尽管人们对加压烧结和热压这两个术语交叉使用，但这两个工艺过程却各有侧重。在加压烧结中，强调的是热过程;在热压中则着重强调施加的压力是主要的可调变量。热压技术的特点是:粉末致密化以及脱模所用的设备和工序与冷压和烧结工艺无区别，所不同的是热压时间较长，即在特定的压力及温度下，通过塑性变形、蠕变及扩散使粉末压坯充分密实所需的时间较长，因此生产率降低，成本较高。但由于热压工艺可大大降低成形压力(为冷压成形的十分之一)，缩短烧结时间，制造密度极高、晶粒极细的材料，它们常用来制造硬质合金及陶瓷刀具、拉丝模及大型、异形薄壁管、薄片，还可以压制硬而脆的碳化硼及陶瓷制品。在密闭模中热压金属粉末是粉末冶金方法中最古老的方法之一。19和19德国和美国分别获得了钨和碳化钨粉热压制造致密件的专利，19以后欧洲和美国生产了圆柱形的拉丝模，从1930年起热压技术发展更快。近年来又发展了真空热压和振动热压，为了提高生产率还研制出实现连续热压的竖式和卧式连续热压机。(张齐勋)
