In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随后对东南大学岩程研究所自行研制阻率测试系统作了简单介绍。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

利用数字式恒定功率测试系统（DCPS）对多晶硅微阻进行恒定直流功率负荷下阻随时间变化特性测量实验。

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

针对桥丝式雷管热响应无损检测通用测试系统，提出了系统热转换灵敏度概念并推出其一般表达式。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

缩短设计周期、降低芯片成本而又不损失芯片性能前提下完成SOC系统芯片测试是芯片设计程师和测试程师当前所要面对挑战。

In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随后对东岩土工程研究所自行研制土工电阻率测试系统作了简单介绍。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

利用数字式恒定功率测试系统（DCPS）对多晶硅微电阻进行恒定直流功率负荷下电阻随时间变化特性测量实验。

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。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

如何在缩短设计周期、降低芯片成本损失芯片性能前提下完成SOC系统芯片测试是芯片设计工程师和测试工程师当前所要面对挑战。

In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随后对东南大学岩土工程研究所自行研制土工电阻率测试系统作了简单介绍。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

利式恒定功率测试系统（DCPS）对多晶硅微电阻进行恒定直流功率负荷下电阻随时间变化特性测量实验。

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，提出了系统电热转度概念并推出其一般表达式。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

如何在缩短设计周期、降低芯片成本而又不损失芯片性能前提下完成SOC系统芯片测试是芯片设计工程师和测试工程师当前所要面对挑战。

In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随后对东南大学岩土工程研究所自研制土工电阻率试系统作了简单介绍。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

利用数字式定功率试系统（DCPS）对多晶硅微电阻定直流功率负荷下电阻随时间变化特性量实验。

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通用试系统，提出了系统电热转换灵敏度概念并推出其一般表达式。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

如何在缩短设计周期、降低芯片成本而又不失芯片性能前提下完成SOC系统芯片试是芯片设计工程师和试工程师当前所要面对挑战。

In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随后对东南大学岩土工程研究所自行研制土工电阻率测试系统作了简单。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

用数字式恒定功率测试系统（DCPS）对多晶硅微电阻进行恒定直流功率负荷下电阻随时间变化特性测量实验。

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试系统，提出了系统电热转换灵敏念并推出其一般表达式。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

如何在缩短设计周期、降低芯片成本而又不损失芯片性能前提下完成SOC系统芯片测试是芯片设计工程师和测试工程师当前所要面对挑战。

In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随后对东南大学岩研究所自行研制电阻率测试系统作了简单介绍。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

利用数字式恒定功率测试系统（DCPS）对多晶硅微电阻进行恒定直流功率负荷下电阻随时间变化特性测量实验。

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。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

如何在缩短设计周期、降低本而又不损失性能前提下完SOC系统测试是设计师和测试师当前所要面对挑战。

In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随后对东南大学岩土工程研所行研制土工电阻率测试系统作了简单介绍。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

利用数字式恒定功率测试系统（DCPS）对多晶硅微电阻进行恒定直流功率负荷下电阻随时间变化特性测量实验。

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。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

如何在缩短设计、低芯片成本而又不损失芯片性能前提下完成SOC系统芯片测试是芯片设计工程师和测试工程师当前所要面对挑战。

In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随南大学岩土工程研究所自行研制土工电阻率测试系统作了简单介绍。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

利用数字式恒定功率测试系统（DCPS）多晶硅微电阻进行恒定直流功率负荷下电阻随时间变化特性测量实验。

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

针桥丝式电雷管电热响应无检测通用测试系统，提出了系统电热转换灵敏度概念并推出其一般表达式。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

如何在缩短设计周期、降低片成本而又不片性能前提下完成SOC系统片测试是片设计工程师和测试工程师当前所要面挑战。

In addition, the electrical resistivity models of interlocal swelling soil, cement-soil and marine soft soil are proposed.

随后对东南土工程研究所自行研制土工电阻率测试系统作了简单介绍。

The characteristic of variation of resistance for Polysilicon microresistor with time was measured under constant power operation using Digital Constant Power System(DCPS).

利用数字式恒定功率测试系统（DCPS）对多晶硅微电阻进行恒定直流功率负荷下电阻随时间变化特性测量实验。

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。

How to perform the SOC test with reduction the development cycle time and production cost without scarifying the performance is the challenge confronted by design engineer and test engineer.

如何在缩短设计周期、降低芯片成不损失芯片性能前提下完成SOC系统芯片测试是芯片设计工程师和测试工程师当前所要面对挑战。