high-temperature behavior 中文意思是什麼

high-temperature behavior 解釋
高溫性能
  • high : adj 1 高的〈指物，形容人的身高用 tall〉；高處的；高地的。2 高級的，高等的，高位的，重要的。3 高尚...
  • temperature : n. 1. 溫度，氣溫。2. 體溫。3. 〈口語〉發燒，高燒。
  • behavior : n 1 行為，品行；舉止，態度，舉動，表現，行動。2 （生物的）習性；（機器等的）特性，性能，狀態；（...
  1. The al matrix composites by reaction synthesis put up high mechanical behavior, well high - temperature properties and excellent wearing quality but the existent difficulties lie in that homogenizing method is not perfect, fundamental research to growth mechanism is absent and the concomitance compound come from reaction is difficult to eliminate at present

    反應合成的鋁基復合材料具有常溫力學性能高、高溫性能好和耐磨性突出的優點，而存在的主要研究難題則是整個材料均質化方法不理想、生長機制等基礎理論研究缺乏、反應伴生的化合物難以控制等。
  2. High temperature oxidation behavior of ternary layered ti3sic2 ceramic

    2的高溫氧化行為
  3. This article introduced the development and ti - based brazing material used for titanium alloys, and analyzed the relationship between metallurgical structure and mechanical property of welding joint, mechanical behavior under high temperature 、 corrosion resisting property and fatigue capability of the joint were also represented

    本文介紹了鈦合金用的鈦基釬焊料的發展現狀，重點評價了鈦基釬料釬焊后組織與力學性能的關系，以及鈦基釬料的高溫力學性能、耐蝕性以及疲勞性能等。
  4. Based on the experimental data of rotor steel 1crmov in the loading of low - cycle fatigue at high temperature, the strength behavior and the fatigue life curve of this material at 550 have been achieved. meanwhile, with respect to three kinds of notched bar, their material damage assessment method under multiaxial stress condition is discussed

    本文在1crmov材料的高溫低周疲勞實驗數據進行了整理和統計的基礎上，得到了材料的疲勞強度特性曲線和疲勞壽命曲線，同時對三種不同缺口形式的圓柱形試件進行了多軸應力狀態下的材料損傷的研究，並通過數值計算方法進行了疲勞壽命評估。
  5. Sige simox : oxygen ions with high dose were implanted into sige grown directly on silicon substrate for the first time, and sige - oi novel structure was formed successfully with additional high temperature annealing ; it has been confirmed that oxygen implantation with 45kev, 3 1017cm - 2 and annealing at 12500c in ar + 5 % o2 for 5 hours, are fit for the formation of sige - oi structure ; ge loss during the high temperature annealing has been observed, which is originated from ge volatility and ge diffusion ; it has been proposed to use nanoporous layer induced by h + / he + implantation to surppress ge diffusion and to use surface oxidation to overcome the upper limit of sige simox. sige smart - cut : hydrogen ions were implanted into sige material and followed by high temperature process ( 4000c to 7000c ) ; blistering study was done and suggested the possibility of sige layer transfer by smart - cut technology ; it is concluded that the bubble formation is easier in sige than in si, and the strain in sige / si and the difference of binding energy in sige and in si could possibly contribute to this effect. behavior of sige / si implanted with hydrogen : gave a detailed study on sige implanted by beamline or phi hydrogen implantation ; it has been found that great strain is introduced into sige by hydrogen implantation and this strain could be alleviated by high temperature annealing ; both for conditional beamline implantation and piii hydrogen implantation, 600 is appropriate for the post - implantation treatment

    Sige - simox工藝方面：首次採用硅（ 100 ）襯底上直接外延的100nm厚sige的樣品中注入高劑量的o離子，通過退火處理成功制備了sige - oi新結構，即sige - simox工藝，證實了以45kev注入3 10 ~ （ 17 ） 7cm ~ （ - 2 ）劑量的氧離子，隨后在氧化層的保護下經1250 ， ar + 5 o _ 2氣氛的高溫退火（ 5小時）過程，可以制備出sige - oi新型材料；實驗中觀察到退火過程中的ge損失現象，分析了其原因是ge揮發（ ge通過表面氧化層以geo揮發性物質的形式進入退火氣氛）和ge擴散（ ge穿過離子注入形成的氧化埋層而進入si襯底中） ，其中ge擴散是主要原因；根據實驗結果及實驗中出現的問題，對下一步工作提出兩個改進的方案：一是通過在si襯底中注入適量h ~ + / he ~ +形成納米孔層來阻斷ge擴散通路，二是可以通過控製表面氧化來調節安止額士淤丈撈要表面sige層中的ge組分，從而部分解決sige
  6. The high temperature mechanical behavior of two 0. 15wt. % c steels with different concentrations of sn is investigated

    本文藉助gleeble - 2000熱模擬試驗機研究了兩種含有不同量殘留元素sn的0 . 15wt . c鋼的高溫力學性能。
  7. So far, many studies on general properties of 3d - c / sic have been carried out, but the study on its interaction fatigue - creep and thermal shock behavior, especially at high temperature, has not been reported

    文獻中對其常規力學性能研究較多，而對其熱震和疲勞蠕變交互作用行為鮮見報道。
  8. The solidification behavior of high temperature intermetallics

    高溫金屬間化合物的定向凝固特性
  9. The addition of more re elements can significantly enhance the comprehensive properties, especially mechanical behavior at high temperature

    隨著稀土元素加入量的增加，可以顯著提高鋁、鎂合金的綜合性能特別是高溫力學性能。
  10. Mechanical behavior of tc11 titanium alloy during deformation at high temperature

    11鈦合金的高溫變形力學行為
  11. Fire ) for reinforcing building, moreover, what will happen about the bond behavior of the cohering face for the building under high temperature frequently such as metallurgy and chemical shop which are radiated under high temperature ( 200 - 300 ), chimney wall ( 100 - 150 ) ? these are not clear and definite. so it is necessary to study this question through experiments

    另外，對于經常處于高溫狀態下的建築，如冶金和化工車間受高溫輻射的結構（溫度在200 300 ） ，煙囪筒壁（溫度在100 150 ）等結構，經過高溫作用后，其粘結面的粘結性能會發生什麼變化，這些目前都不明確，因此很有必要對這一基本問題進行試驗研究。
  12. Friction induced oxidation behavior of high velocity arc sprayed fe - al coatings during high temperature wear

    塗層在高溫磨損中的摩擦氧化行為
  13. Effects of rhenium on and ' microstructure characteristic, partitioning behavior of the alloying elements and volume fraction of ' in high temperature single crystal ni base superalloys were investigated

    通過對標準熱處理后合金試樣掃描電鏡和透射電鏡的觀察、測量和分析，研究了錸含量對熱處理合金、 '相尺寸、分佈、體積分數以及合金元素在兩相間的分配行為的影響。
  14. The crux of the reinforcement of the concrete structure is the bond behavior of the cohering face of the new - old concrete. the bond behavior of the cohering face under normal atmospheric temperature has been studied deeply and has more conclusions. what will happen about the bond behavior of the cohering face of the new - old concrete after high temperature ( e. g

    利用混凝土進行補強加固的關鍵在於新老混凝土粘結面的粘結性能，粘結面在常溫下的粘結性能已有較多較深入的研究和結論，而對于補強加固的混凝土建築物在受到高溫（例如火災）后其新老混凝土粘結面的粘結性能有何變化
  15. Abstract : based on the hypotheses of three - piece straightening curve. it isverified that the method for using little deformation condition was true with accurate solution of three - piece straightening curve. the mechanics behavior of slab was analyzed in regard to the creep properties of high temperature slab. the results show that the strain, the strain velocity and the stress varied so smoothly that the inner crack was prevented. technical renovation is carried on by adjusting the displacement of rolls and by using the accurate solution of three - piece straightening curve

    文摘:基於三段矯直曲線應變速率的假設，通過計算三段矯直曲線的精確解，驗證了使用小變形條件的正確性;考慮高溫鑄坯蠕變性能，對鑄坯的力學行為進行了分析，得出了使用三段矯直曲線方法，鑄坯應變速率、應力及應變在矯直區內變化較為平緩，可有效避免鑄坯內裂紋的形成;使用本文三段矯直曲線精確解，調整輥列位置，可進行連鑄機的在線技術改造。
  16. The tail of localized states in the band gap is formed, and in the high temperature range, the behavior of metallic conduction can be observed

    並根據其電導、載流子濃度、遷移率隨溫度的變化分析zno ： al薄膜的導電機制。
  17. High temperature oxidation behavior of ti3sic2 sic composites

    復合材料高溫氧化行為研究
  18. Influence of post - treatment on high - temperature oxidation behavior of mcraly coatings

    塗層高溫氧化性能的影響
  19. Corrosion modes for major processes and systems are identified, with discussions focusing on the process environment, the behavior of various alloys and materials selection guidance for solving high temperature corrosion problems

    文中討論的重點是集中在製程環境，不同合金材料之行為及材料選擇等方面，就各相關製程及系統上不同之腐蝕模式詳敘並分類說明，以便?解相關的腐蝕問題與防治之道。
  20. The effects of the fabrication and heat - treatment methods on the microstructures and properties of the nb - si system intermetallics have been studied and the optimized nb - si intermetallic system as well as the optimized fabrication and processing procedures have been selected. the presence of alloying elements as well as the morphology and microstructure of the compound phases with these elements has been investigated. the effects of the alloying elements on the high - temperature oxidation behavior of the nb - si system intermetallics have also been studied

    本文研究了不同的制備工藝和熱處理制度對nb - si系金屬間化合物顯微組織和性能的影響，優選了合適的材料體系、制備工藝和熱處理制度，分析了微合金化元素及其形成相的組織、結構、形態、存在形式等及其對材料高溫抗氧化行為的影響，提出了材料高溫抗氧化行為和室溫斷裂行為的微觀機制，為研製nb - si系金屬間化合物基高溫結構材料奠定了一定的基礎。
分享友人
分享到 Line

分享到臉書