agglomerant造句

• The influence of coupling agent , agglomerant , solidified agent , formation process and solidification process on isotropic ferrite bonded magnet has been systematically studied
  本文对各向同性铁氧体粘结磁体用偶联剂、粘结剂、固化剂，以及成型工艺、固化工艺对磁体性能的影响进行了多方面详细的研究。
• At first , the bonded magnet has been produced at varied technological conditions . then the influences of varied technological conditions , such as species and quantity of coupling agent , species and quantity of agglomerant , process of compression moulding and solidification process on magnetic property and compression strength of bonded magnet have been analysis by means of apparatus for measuring magnetic property and compression strength
  首先，在不同工艺条件下制备出粘结磁体，然后利用磁性能测试仪、力学性能测试设备等测试手段，分析了偶联剂的类型及其用量、粘结剂的类型及其用量、模压工艺和固化工艺等因素对铁氧体粘结磁体磁性能及力学性能的影响。
• Abstract : basic stuff of sinter flyash ceramisite is flyash and clay as agglomerant . the si nter flyash ceramisite is of dense in structure , low porosity which can improve t he mechanical properties of the material . it has properties such as high strong a nd low absorption of water and better stability . it is a new type ofbuliding mate rial
  文摘:烧结型粉煤灰陶粒的主要原料是粉煤灰和作为粘结剂的粘土，文中所述烧结粉煤灰陶粒结构致密，孔隙率低，能较好地改善了材料的力学性能，具有高强、吸水率低、稳定性好等特点，是一种新型建筑材料