脱氢的的英文

• dehydrogenating

• 脱氢    dehydrogenate; dehydro-
• 的    4次方是 The fourth power of 2 i ...
• 可脱氢的环烷    reactable naphthene
• 氢的    hydric; hydrogenous
• 氢的, 含氢的    hydrogenous
• 掺氢的    hydrogen doping
• 低氢的    subhydrous
• 碘氢的    hydriodic
• 二氢的    dihydric; dihydro-
• 氟氢的    hydrofluoric
• 富氢的    hydrogen rich; hydrogenous
• 高氢的    perhydrous
• 含氢的    hydric; hydrogen-containing; hydrogeneous; hydrogenous; hydrous
• 类氢的    hydrogen like
• 六氢的    hexahydric
• 氰氢的    hydrocyanic
• 三氢的    trihydric
• 四氢的    tetrahydric
• 似氢的    hydrogenic
• 无氢的    hydrogen free; hydrogen-free
• 不含氢的    hydrogen-free
• 氟化氢的    fluorhydric; hydrofluoric
• 含重氢的    deuterated
• 加氢的环    hydrogenated ring
• 氯化氢的    hydrochloric

• The primary theory of absorption and desorption was also explained . the effects of primary process parameters , such as hydrogen pressure , time and temperature on the magnetic properties of ndfeb have been researched . the structure and magnetic properties have been analyzed by means of optical metallographic microscopy , scanning electronic microscopy , x - ray diffraction analysis , infrared oxygen detector and magnetic properties measurement
  本文设计了烧结ndfeb的氢爆制粉设备，对设备调试以及使用过程中出现的主要问题进行了简要的说明，提出了一系列解决方法；阐述了吸氢、脱氢的基本原理；研究了氢气压力、通氢时间、氢爆温度等基本工艺参数对磁性能的影响；利用金相显微镜和扫描电子显微镜， x射线衍射分析，红外线测氧分析及综合磁性测量仪等手段分析了材料的组织结构和磁性能。