conventional sintering 中文意思是什麼
conventional sintering
解釋
普通燒結法- conventional : adj 1 因襲的，傳統的。2 習用的；平常的，常規的；形式上的。3 約定的，協定的；會議的。n ism 依從俗...
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This paper systematically discussed the fundamental, characteristics, research status and equipment of microwave sintering, and introduced the preparation and development of sintered ndfeb magnets, on the basis of which the effects of the parameters on the heating rate and sintering temperature were investigated. and by means of optical metallurgical analysis, x - ray diffraction analysis and the measurement of density and magnetic properties, the paper compared the properties and technology of ndfeb magnets sintered in microwave magnetic field with that of magnets sintered in conventional heating process
本文系統論述了微波燒結基本原理、特點、研究現狀和燒結設備，介紹了燒結ndfeb制備工藝和發展，在此基礎上研究了微波磁場燒結ndfeb永磁材料過程中各因素對升溫速率、燒結溫度的影響，並通過金相顯微分析、 x射線衍射分析、密度及磁性能測試等手段，將微波磁場燒結的ndfeb磁體與常規燒結的磁體進行了工藝與性能的對比分析。 -
The microwave magnetic sintering can not only lower the sintering temperature and shorten the sintering time, but also decrease the micro - grain size of magnets and make intergranular phase and grain boundary of main phase distributed well. the abnormal grain growth was found in conventional sintered ndfeb magnets, which may be due to the greater particle size and uneven distribution of powder, and higher sintering temperature and longer sintering time. of course, the abnormal grain growth would deteriorate the magnetic properties
微波磁場燒結的不但降低燒結溫度，縮短燒結時間，而且使磁體整體加熱，受熱更均勻，因而磁體晶粒更細小，並且主相晶粒邊界趨于規則化，晶間相的分佈更均勻；在常規燒結的磁體中則出現了晶粒異常長大現象，造成這一現象的原因，一方面可能是燒結溫度過高或燒結時間過長，另一方面可能是磨製的粉體均勻性較差，存在的大顆粒被許多細小顆粒包圍，在燒結過程中，大顆粒不斷吞併小顆粒，逐漸長大，而異常長大的晶粒自然會導致磁體性能的惡化。 -
Additions of carbon for improved slag resistance. spinel formation improves hot strength, slag resistance and brick joint erosion. 3 repairing material for bof uses fused magnesia or sintered magnesia as the main raw material and after modifid pitch and special additives are added, it has the following characteristcs than other conventional converter pitch temperature, shorter sintering time, longer service life and less pollution. it is mainly used for repairing converter working face, also for tapping side, tapping hole and bottom
3 ，轉爐大面補料是採用電熔鎂砂或燒結鎂砂為主要原料，通過加入改性瀝青和特種添加劑使它和傳統瀝青補爐料相比具有高溫附著性好燒結時間短流動性好使用壽命長污染小等特點，主要用於修補轉爐迎鋼面通常稱「大面」也可以用於修補出鋼側，出鋼口及爐底等部位。 -
Aiming at the object of low - temperature sintering the low coercively lizn ferrite, the conventional ceramic process and sol - gel process were studied in this paper
論文圍繞低溫制備低矯頑力lizn鐵氧體這個目標，對氧化物陶瓷工藝與溶膠-凝膠工藝分別進行了研究。 -
The highest sintering temperature was 900 c, and the sintering lasted 70 seconds. the conventional sintered magnets were sintered at 1000 c for 1h
常規燒結的溫度為1000 ，燒結時間為1h ，並分別在800和600各進行1h的回火。 -
The comparison between the magnetic properties of ndfeb magnet by microwave magnetic field sintering and those of magnet by conventional sintering technology shows that the brwas improved 50 %, the hcb was improved 8 %, and the ms was improved 40 %
將微波磁場燒結的磁體與常規燒結磁體進行磁性能比較表明：微波磁場燒結出的磁體剩磁提高了將近50 ，矯頑力提高了8 ，飽和磁化強度提高了40 。 -
We emphatically discussed how the sintering environment affected initial permeability ( ui ), and how different contents of zno varied saturation magnetization ( bs ) and curie temperature ( tc ). the factors of affecting temperature stability of ferrites were analyzed. finally, we compared sol - gel auto - combustion way with conventional ceramic method
其中重點探究了燒結條件對鐵氧體起始磁導率_ i的影響以及不同原料配方對鐵氧體飽和磁感應強度bs和居里溫度tc的影響，而且探討了溫度穩定性的產生機理及摻雜co ~ （ 2 + ）對鐵氧體溫度穩定性的影響。
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