燒結玻璃 的英文怎麼說

中文拼音 [shāojiēbōlí]
燒結玻璃 英文
fritted glass
  • 燒 : Ⅰ動詞1 （使東西著火） burn 2 （加熱或接觸某些化學藥品、放射性物質等使物體起變化） cook; bake; hea...
  • 結 : 結動詞（長出果實或種子） bear （fruit）; form （seed）
  • 玻璃 : 1. （一種質地硬而脆的透明物體） glass 2. [口語] （指某些像玻璃一樣透明的尼龍、塑料等） nylon; plastic
  1. The rock texture ， mineral occurence feature ， ore electronmagnetic milling and applied possibilities in ceramics and glass of the jadeite metamorphic aegirine - augite nepheline syenite in suizhou ， hubei were studied. the results show that the ore deposit combines the advantages of mining and milling ， and the finished ore by single electronmagnetic milling may be fully utilized as the raw materials for ceramics and glasses. meanwhile ， another important fact is that the compositon with 90 percent raw ore may be manufactured into the wall and floor tiles with glaze, which was affirmed by a lot of experiment research

    隨州硬玉質變霓霞正長巖的巖石組織結構、礦物賦存狀態、礦石可選性和玻璃陶瓷原料應用試驗研究表明：該資源具有易采易選兩大優點，礦石經單一磁選的精礦可作玻璃和陶瓷的原料；同時已反復試驗證實該資源可燒成原礦用量達90的釉面墻地磚。
  2. The material was sintered at 1050 for three hours to get the porous artificial bone, that its apparent porosity was54 %, its volume density was 1. 28 g / cm3, and its bending strength was 13. 25mpa. the results showed that the sintering temperature was reduced by adding bioglass

    本研究採用含生物玻璃前驅體粉末原料，添加檸檬酸造孔劑，模壓成型，在1050燒結保溫3小時，獲得了顯氣孔率為54 、體積密度為1 . 28s cm ~ 3 、抗彎強度為13 . 25mpa的多孔hap人工骨材料。
  3. Laboratory glassware. sintered fritted glass filters

    實驗室用玻璃器皿.燒結玻璃過濾器
  4. Technical features : utilizes advanced second sintering technology, and has world - advanced fully computerized multi - pipe spreading technology, compounding microlite glass to surface of vitrified tile, and organically blend through second high temperature firing, so the product achieves a higher level in strength, luster and surface crystal feeling

    技術特點：採用領先的二次燒結技術和具有國際先進水平的全電腦多管道布料技術，將微晶玻璃復合在陶瓷玻化磚的表面，經二次高溫煅燒有機融合於一體，令產品強度、光澤度與表面晶瑩質感達到另一個高度。
  5. Technical features : utilizes advanced second sintering techonlogy and has world - advanced fully computerized multi - pipe spreading technology. compounding microlite glass to surface of vitrified tile, and organically blend through second high temperature firing, so the product achieves a higher level in strength, luster and surface crystal feeling

    技術特點:採用領先的二次燒結技術和具有國際先進水平的全電腦多管道布料技術，將微晶玻璃復合在陶瓷玻化磚表面，經二次高溫斷燒有機融合於一體，令產品強度，光澤度與表面晶瑩質感達到一個高度
  6. For the ceramic materials, the effects of additives such as pbo, b2o3, co2o3, mno2, cr2o3, sb2o3 on the electrical properties of bismuth - free zno - glass varistor were studied. the glass phase formed mainly by pbo and b2o3 during sintering process could decrease the sintering temperature, improve grain uniform growth and inhibit grain second growth. nonlinear property could be improved by properly adding co2o3, mno2, and cr2o3

    對瓷料而言，系統研究了非bi系zno -玻璃料配方體系中pbo 、 b2o3 、 co2o3 、 mno2 、 cr2o3 、 sb2o3等添加劑對壓敏電阻電性能的影響規律，其中， pbo 、 b2o3在燒結過程中形成的玻璃相，可降低燒結溫度，促進晶粒均勻生長，抑制晶粒二次長大， co2o3 、 mno2 、 cr2o3做為非線性添加劑，適量添加可提高樣品的非線性， sb2o3做為改性添加劑，在燒結過程形成的尖晶石相可細化晶粒，抑制晶粒二次生長，改善樣品的綜合電性能。
  7. Pore parameters ( porosity and distribution of pore diameter ) of porous glass prepared by filler principle were measured and analyzed. they were mainly determined by the volume ratio and the particle diameter of the pore former in the green body. preparation and sintering process of the samples resulted in the difference between the porosity and the volume ratio of the pore former. they were also responsible for the deviation between the distribution of poer diameter and the particle diameter of pore former

    研究表明，利用填充法制備的多孔玻璃的孔參數（氣孔率、孔徑分佈）可進行設計與控制，多孔玻璃的氣孔率和孔徑分佈主要取決于成孔劑的體積比及其顆粒分佈，前者與後者之間的偏差取決于生坯制備及燒結過程。
  8. The composite and structure of ta - nb tailings glass - ceramics by sintering

    燒結法鉭鈮尾礦微晶玻璃的組成與性能
  9. Thick layers of silicate glasses can be formed by repetitively using this technique. waveguide structures can be fabricated by sintering the sample at certain temperature

    通過多次使用這種方法可以形成厚的硅酸鹽玻璃膜層，最後樣品在一定溫度下燒結得到波導結構。
  10. The high vacuum encapsulation of field emission display was realized with low - melting - glass encapsulation technology and high - temperature sintering process

    摘要通過採用低熔點玻璃封接技術和高溫燒結工藝，實現了穩定可靠的場致發射平板顯示器高真空封裝。
  11. Sintering and crystallization of k2o - mgo - sio2 - al2o3 - b2o3 - f glass - ceramics

    玻璃陶瓷的燒結析晶
  12. Materials for printed boards and other interconnection structures - part 2 - 19 : reinforced base materials, clad and unclad ; epoxide cross - plied linear fibreglass - reinforced laminated sheets of defined flammability vertical burning test, copper clad

    印製板和其它互連結構用材料.第2 - 19部分:被包和非包被增強基材料.規定燃燒性的環氧交叉簾布層線性纖維玻璃增強包銅的疊層板
  13. The influence of nano - al2o3 on the sintering and the properties of the si3n4 ceramics was researched in this paper. the samples with different amount of nano - al2o3 were obtained by using pressureless sintering at 1600, 1650, 1700 in the nitrogen atmosphere. the microstructure and the composition of the ceramics were determined by the means of x - ray, sem, micro - hardness meter etc. it is show that the sisty ceramics can be densified at 1650c to % percent of the theory density through the addition of nano - al2o3 ( the value could be 90 percent by other technique ). the crystalline growth of the cylindrical - si3n4 and the ratio of its longitude to its diameter are increased with the addition of nano - al2o3. a uniform microstructure and an fined crystal as well as more sialon phases can be obtained in the si3n4 ceramics through the addition of that

    實驗結果表明：在碳管爐中、氮氣保護下進行燒結，添加劑為納米al _ 2o _ 3粉末時，由於納米粉末的高活性、高燒結驅動力，在1650就可使si _ 3n _ 4完全地燒結，並使其緻密度可達理論密度的96以上（比其它工藝高6左右） ；同時，納米al _ 2o _ 3地加入大大促進了長柱狀? si _ 3n _ 4的生長和發育及柱狀晶長徑比的提高，使微觀結構均勻、細化，形成了更多力學性能優異的固體? sialon相，減少了不利於陶瓷材料性能的晶間玻璃相，凈化了晶界。
  14. Foam glass is a new kind of inorganic heat insulating material with a structure of equally closed cells. it is mainly made of glass added with adequate foaming agents after heating and baking in high - temperature tunnel furnace, then annealing and cooling

    泡沫玻璃是一種以玻璃為主要原料，摻入適量發泡劑，通過高溫遂道窯爐加熱焙燒和退火冷卻加工處理后制得，具有均勻的獨立密閉氣隙結構的新型無機絕熱材料。
  15. One is about of temperature - dependence of luminescence of eu3 + and tb3 + doped in oxide glass and nanocrystalline y2o3 ; the other is about of light - induced luminescent and structural change in nanocrystalline y2o3 : tb. the creative works are as follows : ( 1 ) euand tb doped nanocrystalline y2o3 with different sizes were prepared by combustion synthesis. dependences of particle size, crystallinity and fluorescence characteristic on ratio of gly / y ( no3 ) 3 and annealing temperature were studied

    本文以變溫與光輻照為實驗方法研究了eu與tb摻雜y _ 2o _ 3納米晶及氧化物玻璃中發光性質隨溫度的變化關系和光誘導y _ 2o _ 3 ： tb納米晶發光性質及結構的改變過程，得到如下創新性研究成果： （ 1 ）用燃燒法制備了稀土摻雜y _ 2o _ 3納米晶，研究了甘氨酸與硝酸釔的反應比例（ g n ） 、退火條件對稀土摻雜y _ 2o _ 3納米晶顆粒尺寸、結晶狀況及發光特性的影響。
  16. Made of high - speed mixing polytetrafluoethylene resin and a certain volume of filling agent ( such as carbon fiber, graphite, molybdenum disulfide, glass fiber and bronze powder etc. ) shaped by moulding then through high heat sintering

    用聚四氟乙烯樹酯與一定量的填充劑（如：碳纖維、石墨、二硫化組、玻璃纖維、青銅粉等）經高速混合均勻後用模塑成型經高溫燒結製成。
  17. It was found that the thickness of the film can improved with adding some mucilage glue. a low temperature sinter can acquire a transparent sio2 film on the gold electrode

    增粘劑的加入可提高一次塗膜的厚度，低溫燒結可在金電極上得到表面光亮的二氧化硅玻璃薄膜，絕緣性能良好。
  18. The results show that factors affecting the pore diameter of porous materials are the sintering temperature and time, the added quantity of pore former and the granularity of glass powder etc

    研究結果表明：燒結溫度和時間、造孔劑的用量及玻璃粉體的粒度等都將影響多孔材料的孔徑。
  19. Beginning with the analysis of the effects, which are brought by the application of only one kind of pore - former and some other operating factors ( such as sintering temperature, warmth retaining time and so on ), on the properties of the beads, e. g., porosity, strength, size distribution of the beads and pores size, etc., these effects are discussed in detail and the relationship between the factors is studied thoroughly. the use of mpf ( multi - pore - former ) is introduced for the first time, which is of the most importance and significance in this paper

    研究從造孔劑選用和燒結過程對顆粒的孔隙率、機械強度、孔徑分佈及粒度分佈的影響入手，找出了造孔劑的種類及含量、燒結溫度以及保溫時間等因素對最終所得產品顆粒的性能影響及它們之間的相互關系，並首次提出將造孔劑復配使用來對填充法加以改進，無需擴孔處理，即能直接制備宏孔徑、高強度、小粒度、比表面大的多孔玻璃載體顆粒。
  20. Foamed glass was prepared by powder sintering process using the rejected glass and the fly ash as basic material, as well as foaming agent, flux and stabilizer as auxiliary materials

    以粉煤灰和廢平板玻璃為基礎原料，以發泡劑、助熔劑、穩泡劑為輔助原料，用粉末燒結法制備了泡沫玻璃。
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