THE EU-FUNDED 'ULTMAT' PROJECT: ULTRA HIGH TEMPERATURE MATERIALS FOR TURBINES

机译：欧盟资助的“ ULTMAT”项目：涡轮机的超高温材料

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The ULTMAT project (started in January 2004 for a duration of 48 months), aims at providing sound technological basis for the introduction of Mo- and Nb-base silicide multiphase alloys, with enhanced high temperature capabilities (up to 1300℃) for applications in aero-engine turbines. The development status of new alloys is presented, focusing on creep and oxidation properties.

机译：ULTMAT项目（始于2004年1月，为期48个月）旨在为引入Mo和Nb基硅化物多相合金提供可靠的技术基础，并具有更高的高温能力（最高1300℃），可用于工业应用。航空发动机涡轮机。介绍了新合金的发展状况，重点是蠕变和氧化性能。

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来源
《Congress of the International Council of the Aeronautical Sciences; 20060903-08; Hamburg(DE)》|2006年|P.1943-1952|共10页
会议地点 Hamburg(DE)
作者
S. Drawin; M. Heilmaier; P. Jehanno; X. Wu; P. Belaygue; P. Tsakiropoulos; M. Vilasi; J.-Y. Guedou; P. Novak; F. Delabrouille; N. Jones; S. Sabbadini;
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作者单位

ONERA - DMMP - BP 72, 92322 CHATILLON CEDEX (F);

Institute for Materials and Joining Technology - University of MAGDEBURG (D);

Plansee SE - Division High Performance Materials - REUTTE (A);

IRC in Materials - University of BIRMINGHAM (UK);

Turbomeca - BORDES;

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会议组织
原文格式 PDF
正文语种 eng
中图分类航空;
关键词
turbo engine; silicide; refractory material; creep; oxidation;

机译：涡轮发动机;硅化物;耐火材料;蠕变;氧化;

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专利

1. Development of New High Temperature Materials for ultra-High Efficiency Gas Turbines [J] . Tadaharu Yokokawa NIMS NOW . 2003,第6期

机译：用于超高效燃气轮机的新型高温材料的开发
2. Substantiating the Expediency of Shrouding the Rotor Blades in the Projected Turbine of a High-Temperature Gas Turbine Installation [J] . B. I. Mamaev, I. L. Osipov, D. V. Petrunin Thermal engineering . 2004,第11期

机译：证实在高温燃气轮机装置的投射式涡轮机中旋流转子叶片的便利性
3. Japan ultra-high temperature materials research center and research activities of Japan ultra-high temperature materials research institute [J] . Masumoto Hiroki Bulletin of GTSJ . 2000,第2000期

机译：日本超高温材料研究中心和日本超高温材料研究所的研究活动
4. THE EU-FUNDED 'ULTMAT' PROJECT: ULTRA HIGH TEMPERATURE MATERIALS FOR TURBINES [C] . S. Drawin, M. Heilmaier, P. Jehanno, Congress of the International Council of the Aeronautical Sciences . 2006

机译：欧盟资助的“ULTMAT”项目：涡轮机超高温材料
5. A one milliKelvin top-loading dilution refrigerator and demagnetization cryostat, and, The electric field dependence of the dielectric constant in amorphous materials at ultra-low temperatures. [D] . Tigner, Benjamin. 1994

机译：1毫开尔文顶部加载的稀释制冷机和去磁低温恒温器，以及超低温下非晶态材料中介电常数的电场依赖性。
6. Study on the expression of the rate constant α of the creep equation by modified θ projection applied to turbine materials [O] . Hideo Hiraguchi 2019

机译：修正θ投影应用于透平材料蠕变方程速率常数α的研究。
7. The Activities of Japan Ultra-high Temperature Materials Research Center and Japan Ultra-high Temperature Materials Research Institute. [O] . Hiroki MASUMOTO 1999

机译：日本超高温材料研究中心和日本超高温材料研究所的活动。
8. Project 'Topper' A Parametric Cycle Study for the Evaluation of Externally-Fired, Open Cycle, Cogenerated Gas Turbines with a Natural Gas-Fired Topping Burner to Attain Attractive Turbine Inlet Temperatures for Superior Performance [R] . 1982

机译：项目'Topper'参数循环研究评估外部燃烧，开放循环，燃气轮机燃气轮机与天然燃气顶部燃烧器，以获得有吸引力的涡轮机入口温度，以获得卓越的性能

THE EU-FUNDED 'ULTMAT' PROJECT: ULTRA HIGH TEMPERATURE MATERIALS FOR TURBINES

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