The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

实践证明，采用金红石热法生产高钛铁在技术上是完全可。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

热是粉，一种金属氧化剂，能产生我们所谓热应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

观缺陷主要包括夹杂,其中由气缩组成,夹杂物按形态尺寸分为团簇状夹杂、锥状夹杂、粒状夹杂、积聚物夹杂、丝状夹杂混合形夹杂。

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

实践证明，采用金红石铝法生产高钛铁在技术上是完全可行的。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

铝是铝粉，一种金属氧化，能产生我们所谓的铝应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和,其中微孔由微气孔和微缩孔组成,物按形态和尺寸分为团簇状、锥状、粒状、积聚物、状和混合形。

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

实践证明，采用金红石法生产高钛铁在技术上是完全可行的。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

是粉，一种金属氧化剂，能产生我们所谓的应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和夹杂,其中微孔由微气孔和微缩孔组成,夹杂物按形态和尺寸簇状夹杂、锥状夹杂、粒状夹杂、积聚物夹杂、丝状夹杂和混合形夹杂。

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

实践证明，采用金红石铝热法生产高钛铁在技术上是完全可行的。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

铝热是铝粉，一种金属氧化剂，能产生我们所谓的铝热应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和杂,其中微孔由微气孔和微缩孔组成,杂物按态和尺寸分为团簇状杂、锥状杂、粒状杂、积聚物杂、丝状杂和混杂。

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

实践证明，采用金红石铝热法生产高钛铁在技术上是完全可行的。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

铝热是铝粉，一种金剂，能产生我们所谓的铝热应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔,其中微孔由微气孔微缩孔组成,物按形态尺寸分为团簇状、锥状、粒状、积聚物、丝状混合形。

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

实践证明，采用红石铝热法生产高钛铁在技术上是完全可行的。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

铝热是铝粉，一种化剂，能产生我们所谓的铝热应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和,中微孔由微气孔和微缩孔组成,物按形态和尺寸分为团簇状、锥状、粒状、积聚物、丝状和混合形。

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

证明，采用金红石铝热法生产高钛铁在技术上是完全可行的。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

铝热是铝粉，一种金属氧化剂，能产生我们所谓的铝热应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和夹,其中微孔由微气孔和微缩孔组成,夹物按形态和尺寸分为团簇夹、锥夹、夹、积聚物夹、丝夹和混合形夹。

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

实践证明，采用金热法生产高钛铁在技术上是完全可行的。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

热是粉，一种金属氧化剂，能产生我们所谓的热应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷主要包括微孔和夹杂,其中微孔由微气孔和微缩孔组成,夹杂物按形态和尺寸分为夹杂、锥夹杂、粒夹杂、积聚物夹杂、丝夹杂和混合形夹杂。

The practice shows that smelting high grade ferrotitanium with rutile by thermite method is feasible.

实践证明，采用金红石铝热法产高钛铁在技术上是完全可行的。

Thermite is aluminum powder and a metal oxide which produces an aluminothermic reaction known as a thermite reaction.

铝热是铝粉，一种金属氧化剂，能产所谓的铝热应。

The pattern of fracture by impact penetration test and tensile fatigue test of thermite welding with stereoscan was observed,and the component of defect with energy spectrum was analyed.

微观缺陷括微孔和夹杂,其中微孔由微气孔和微缩孔组成,夹杂物按形态和尺寸分为团簇状夹杂、锥状夹杂、粒状夹杂、积聚物夹杂、丝状夹杂和混合形夹杂。