磁粉試驗 的英文怎麼說

中文拼音 [cífěnshìyàn]
磁粉試驗 英文
magnetic particle test
  • 磁 : 名詞1. [物理學] （磁性; 能吸引鐵、鎳等的性質） magnetism 2. （瓷） porcelain; china
  • 粉 : Ⅰ名詞1 （粉末） powder 2 （用澱粉製成的粉條或粉絲） noodles or vermicelli made from bean potato o...
  • 試 : 名詞（古代占卜用的器具） astrolabe
  • 驗 : 動詞1. （察看; 查考） examine; check; test 2. （產生預期的效果） prove effective; produce the expected result
  • 試驗 : trial; experiment; test
  1. Magnetite for use in coal preparation - test methods

    選煤用磁鐵礦粉試驗方法
  2. For the purpose of ensuring the quality of our products, our company has invested 4 million rmb in building multi - purpose lab, and introducing almighty experiment machine, impulsion testing machine, ultrasonic digital thickness - testing device, full - automatic ultrasonic thickness - testing device, sclerometer, ultrasonic flaw detector, x - ray machine, magnetic particle flaw detector and other advanced quality inspecting devices

    為了確保產品的質量，公司投資400多萬元建起了多功能實驗室，配備了機械式萬能試驗機沖擊試驗機超聲波數字測厚儀全自動超聲測厚儀里氏硬度計超聲波探傷儀x射線機磁粉探傷儀等先進的質量檢測設備。
  3. The test results show that the whiteness of high - grade grammite powder can be increas4ed from 72 to 84 by using single high - intensity magnetic separation, and the one of low - grade grammite powder containing carbonaceous materials from 62 to about 81 by using the hims - airflow pulverising - flotation flowsheet

    試驗結果表明，採用單一強磁選方法可將硅灰石富礦粉的白度由72提高到84 ；採用強磁選-氣流粉碎-浮選新工藝可將含碳質物的硅灰石貧礦粉的白度由62提高到81左右。
  4. The research work in this paper was carried out at the second power factory of xici subsidiary. the production technology of strontium ferrite was studied and wet process of strontium ferrite pre - sintering material with anisotropic characteristic was determined. products of y30h - 2 which meet the standard series of sj / t10410 - 1993 were selected to be experimental products

    本文以西磁分公司料粉二廠為基點，研究了鍶永磁鐵氧體生產的工藝技術路線，確定了濕法工藝生產各向異性鍶永磁鐵氧體預燒料，並將試驗產品定位在sj t10410 - 1993標準中的y30h - 2產品。
  5. Standard practice for magnetic particle testing

    磁粉試驗的標準實施規程
  6. Method for magnetic particle testing of ferromagnetic materials and classification of magnetic particle indication

    鐵磁材料的磁力探傷試驗方法及磁粉顯示的分類
  7. After prep - baking and making - granule, under different temperature we baking on the preceding powder, and it proof the most proper baking temperature is 1440. under 1440, we do the excessive zinc oxide experiment, and find when zinc oxide excessiving3 %, we can get the best production which i is 5962

    將制備得到的前驅粉在850 2 . 5h條件進行預燒、制粒后，在不同焙燒溫度下進行了鐵氧體焙燒試驗，並對最優配方下zno過量條件進行試驗研究。結果表明，在焙燒溫度1440 ， zno過量3 %的條件下，可制得i為5962的高磁導率鐵氧體。
  8. With our own integrated inspecting methods ( spectrometer from german spectro, universal testing machine from shimadzu, magnaflux inspection from japan ), and strict quality control system

    我們有著完整的檢驗手段（德國斯派克光譜儀，日本島津萬能試驗機，日本磁粉探傷機）及嚴格的質量控制體系。
  9. Wfmt wet fluorescent magnetic particle test

    濕熒光磁粉試驗
  10. Twelve subjects breathed in a small quantity of magnetite dust, which settled in the lungs and produced a measurable external magnetic field

    12名接受試驗的人吸入微量磁鐵礦石粉塵，這些粉塵停留在肺內，產生一個可測的磁場。
  11. In this study, we use different particle of carbon powders mixed with epoxy - resin, and coating on polyester woven fabrics for designing the electromagnetic wave absorbing screens, and employ the matching of impedance to designing the transfer of single or plural layers, and observe the influence of the amount of layers and the methods of collocating screens, to attain the method of collocating screen, which achieve best effect of absorbing of electromagnetic wave

    摘要本實驗採用碳粉混合環氧樹脂，塗抹在聚酯布上，做為電磁波吸收體之表面護幕和間距護幕，以單層和多層疊合，並利用阻抗匹配的理論，觀察疊層層數和排列試樣的方法，對電磁波吸收效果的影響，藉由此求出具有最佳吸收效果的排列方法。
  12. The influnence of coupling agent, binders, curing process, formation process and the size of ndfeb powder on ndfeb bonded magnet has been systematically studied by a lot of experiments. the bonded magnet from rapid quenched ndfeb has been produced, and the influence of the technique factors such as coupling agent, coupling process, powder particle size, binder, solidification process, formation process on its properties has been analysised by means of sem, dgn - 3 magnetic properties analysis, compressive strength measurement, etc

    本文通過大量的試驗，對各向同性ndfeb粘結磁體用偶聯劑、粘結劑、固化劑，以及固化工藝、成型工藝及其粒度對磁體性能的影響進行了多方面詳細的研究。在不同工藝條件下制備粘結磁體的基礎上，利用磁性能測試儀、力學性能測試設備和掃描電子顯微鏡等測試分析手段，研究了粘結方法制備ndfeb磁性材料的制備工藝，探討了偶聯劑、磁粉粒度、粘結劑、固化劑、固化工藝和模壓工藝等對ndfeb磁體磁性能及力學性能的影響。
  13. From a lot of tests, the bonded ndfeb magnet with high properties have been prepared by rapid quenched powder, and the mechanic and magnetic properties with br = 0. 568t, hcj = 836 ka

    在大量試驗的基礎上，配製出適合粘結ndfeb磁體的磁粉粘結劑，並制備出了br = 0 . 568t ， h （
分享友人
分享到 Line

分享到臉書