These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些设备可制作成电动气动、时序或计算机控制。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

例如，计算机中的时序发生器、分频器、指令计数器等都要使用计数器。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

十值T门在构成十值逻辑系统时有独立的完备，它们可用于实现任何十值组合逻辑和时序逻辑。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘天池火山近代喷发的时序,对碱流岩中的浮岩和透长石斑晶进行了热释光(TL)信号热稳究。

These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些设备可制作电动气动、时序或计算机控制。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

例如，计算机中的时序发生器、分频器、指令计数器等都要使用计数器。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

值T门在值逻辑系统时有独立的完备，可用于实现任何值组合逻辑和时序逻辑。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘定天池火山近代喷发的时序,对碱流岩中的浮岩和透长石斑晶进行了热释光(TL)信号热稳定研究。

These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些设备可制作成电动气动、时序或计算机控制。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

例如，计算机中的时序发生、分频、指令计都要使用计。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

十值T门在构成十值系统时有独立的完备性，它们可用于实现任何十值组合时序。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘定天池火山近代喷发的时序,对碱流岩中的浮岩透长石斑晶进行了热释光(TL)信号热稳定性研究。

These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些制作成电动气动、时序或计算机控制。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

例如，计算机中的时序发生器、分频器、指令计数器等都要使用计数器。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

十值T门在构成十值逻辑系统时有独立的完性，它们用于实现任何十值组合逻辑和时序逻辑。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘定天池火山近代喷发的时序,对碱流岩中的浮岩和透长石斑晶进释光(TL)信号稳定性研究。

These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些设备可制作成电动气动、时序或计算机控制。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

例如，计算机中的时序发生、分频、指令计都要使用计。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

十值T门在构成十值系统时有独立的完备性，它们可用于实现任何十值组合时序。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘定天池火山近代喷发的时序,对碱流岩中的浮岩透长石斑晶进行了热释光(TL)信号热稳定性研究。

These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些设备可制作成电动气动、时序或计算控制。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

例如，计算时序发生器、分频器、指令计数器等都要使用计数器。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

十值T门在构成十值逻辑系统时有独立完备性，它们可用于实现任何十值组合逻辑和时序逻辑。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘定天池火山发时序,对碱流岩浮岩和透长石斑晶进行了热释光(TL)信号热稳定性研究。

These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些设备可制作成电动气动、时序或计算机控制。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

例如，计算机中的时序发生器、分频器、指令计数器等都要使用计数器。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

十值T门在构成十值逻辑系统时有独立的完备性，它们可用于实现任何十值组合逻辑和时序逻辑。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘定天池火山近代喷发的时序,对碱流岩中的浮岩和透长石斑晶进行了热释光(TL)信号热稳定性研究。

These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些设备可制作成电动气动、时序或算机控制。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

例如，算机中的时序发生、分频、指令等都要使用。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

十值T门在构成十值逻辑系统时有独立的完备性，它们可用于实十值组合逻辑和时序逻辑。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘定天池火山近代喷发的时序,对碱流岩中的浮岩和透长石斑晶进行了热释光(TL)信号热稳定性研究。

These Plants can be fabricated for electropneumatic, sequential or computer operation.

这些设备可作成电动气动、时或计算机。

For example, the computer timing generator, prescaler, counters, such as instructions to use counters.

如，计算机中的时发生器、分频器、指令计数器等都要使用计数器。

This circuit is of Independence and perfectibility hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

十值T门在构成十值逻辑系统时有独立的完备性，它们可用于实现任何十值组合逻辑和时逻辑。

In order to determine the time sequence of recent eruption in Tianchi volcano, the TL thermal-stability has been investigated for pumice and sanidine phenocryst within the volcanics.

为厘定天池火山近代喷发的时,流岩中的浮岩和透长石斑晶进行了热释光(TL)信号热稳定性研究。