Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式电雷管电热响应无损检试系统，提出了系统电热转换灵敏度概念并推出其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和塑胶炸弹一同使。】说明：将塑胶炸弹置于希望摧毁物体上。尽快撤离安置塑胶炸弹地点。放下防护眼罩。使/*引爆*/雷管。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解决好存在问题,在量法中锰铜压阻法雷管输出能力是可取。

Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式雷管应无损检测的通用测试系统，提出了系统的转换灵敏度的概念并推出其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和塑胶炸弹一同使用。】说明：将塑胶炸弹置于希望摧毁的物体上。尽快撤离安置塑胶炸弹的地点。放下防护眼罩。使用/*引爆*/雷管。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解决好存在的问题,在动态测量法中用锰法测雷管输出能力是可取的。

Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式电雷管电热响应无损检测通测试系统，提出了系统电热转换灵敏度并推出其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和塑胶炸弹一同使。】说明：将塑胶炸弹置于希望摧毁物体上。尽快撤离安置塑胶炸弹地点。放下防护眼罩。使/**/雷管。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解决好存在问题,在动态测量法中锰铜压阻法测雷管输出能力是可取。

Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式电雷管电热响应无损检测的通用测试统，提统的电热转换灵敏度的概念并推其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和塑胶炸弹一同使用。】说明：将塑胶炸弹置于希望摧毁的物体上。尽快撤离安置塑胶炸弹的地点。放下防护眼罩。使用/*引爆*/雷管。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解在的问题,在动态测量法中用锰铜压阻法测雷管输能力是可取的。

Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式电电热响应无损检测通用测试系统，提出了系统电热转换灵概念并推出其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和塑胶炸弹一同使用。】说明：将塑胶炸弹置于希望摧毁物体上。尽快撤离安置塑胶炸弹地点。放下防护眼罩。使用/*引*/。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解决好存在问题,在动态测量法中用锰铜压阻法测输出能力是可取。

Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式电雷管电热响应无损检测通用测，提出了电热转换灵敏度概念并推出其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和塑胶炸弹一同使用。】说明：将塑胶炸弹置于希望摧毁物体上。尽快撤离安置塑胶炸弹地点。放下防护眼罩。使用/*引爆*/雷管。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解决好存在,在动态测量法中用锰铜压阻法测雷管输出能力是可取。

Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式电雷管电热响应无损检测的通测试系统，提出了系统的电热转换灵敏度的概念并推出其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和塑胶炸弹一同。】明：将塑胶炸弹置于希望摧毁的物体上。离安置塑胶炸弹的地点。放下防护眼罩。/*引爆*/雷管。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解决好存在的问题,在动态测量法中锰铜压阻法测雷管输出能力是可取的。

Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式电雷管电热响应无损检测的通用测试系统，提出了系统的电热转换灵敏度的概念并推出其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和塑胶炸弹一同使用。】说明：将塑胶炸弹摧毁的物体上。尽快撤离安塑胶炸弹的地点。放下防护眼罩。使用/*引爆*/雷管。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解决好存在的问题,在动态测量法中用锰铜压阻法测雷管输出能力是可取的。

Abstract: A concept of electro-thermal sensitivity is presented and the formula for the general nondestructive test system of bridgewire-electroexplosive device is derived.

针对桥丝式电雷管电热响应无损检测的通用测试系统，提出了系统的电热转换灵敏度的概念并推出其一般表达式。

Directions: Place Plastique upon object you wish to destroy. Run from Plastique as quickly as possible. Lower protective eyewear. Use Detonator. Observe results.

{【仅和弹一同使用。】说明：将弹置于希望摧毁的物体上。尽快撤离安置弹的地点。放下防护眼罩。使用/*引爆*/雷管。观察结果。

If some problems existing in the experiment are solved well, in the dynamic test method, using the Manganin Piezoresistor measuring detonation output capability is considered satisfied.

如果解决好存在的问题,在动态测量法中用锰铜压阻法测雷管输出能力是可取的。