The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

放射形专用线非直达车流取送车问题属于一优化问题,影响因素较多。

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具有独立完备性，它们可用于实现任何十值逻辑和时序逻辑。

The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

放射形专用线非直达车流取送车问题属于一类组优化问题,影响因素较多。

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成十值逻辑系统时具有独立完备性，它们可用于实现任何十值组逻辑和时序逻辑。

The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

放射形专用线非直达车流取送车问题属于一类组优化问题,影响因素较多。

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门在构成十值统时具有独立的完备性，它们可用于实现任何十值组和时序。

The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

放射形专用线非直达车流取送车问题属于一类组优化问题,影响多。

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具有独立完备性，它们可用于实现任何十值组逻辑和时序逻辑。

The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

放射形专用线非直达车流取送车问题属于一类组优化问题,影响因素较多。

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成十值逻辑系统时具有独立完备性，它们可用于实现任何十值组逻辑和时序逻辑。

The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

形专用线非直达车流取送车问题属于一类组优化问题,影响因素较多。

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具有独立完备，它们可用于实现任何十值组逻辑和时序逻辑。

The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

放射形专用线非直达车流取送车问题属于一类组优化问题,影响因素较多。

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具有独立的完备性，它们可用于实十值组逻辑和时序逻辑。

The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

放射形专用线非直达车流取送车问题属于一类组优化问题,影响因素较多。

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具有独立完，们可用于实现任何十值组逻辑和时序逻辑。

The problem of collecting and delivery shunting of non-through wagon flow on the actinoid private line belongs to a kind of the combinatorial optimization problems.

放射专直达车流取送车问题属于一类组优化问题,影响因素较多。

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具有独立的完备性，它们可于实现任何十值组逻辑和时序逻辑。