Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色，以其颇具质感材质表现建筑感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

目前制作硅基激光器方法主要分为两类，异质结生长和异质材料键合。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

摘要提了一种基于二维器件模拟深亚微米工艺型衬底电阻宏模型。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

这些概往往只定义法律效力概某些方，因此具有概上局限性和概内涵上机械性缺点。

Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色，以其颇具质感材质表现建筑感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

目前制作硅基激光器方法主要分为两类，异质结生长和异质材料键合。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

摘要提了一种基于二维器件模拟深亚微米工艺型衬底电阻宏模型。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

这些概往往只定义法律效力概某些方，因此具有概上局限性和概内涵上机械性缺点。

Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色的面砖，以其颇具质感的材质表现建筑外延的感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

目前制作硅基激光器的方法主要分为两类，质结外延生质材料键合。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

摘要提了一种基于二维器件的深亚微米工艺外延型衬底的电阻宏型。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

这些概念往往只定义法律效力概念的某些方面，因此具有概念外延上的局限性概念内涵上的机械性的缺点。

Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色的面砖，以其颇具质感的材质表现建筑外延的感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

目前制作硅激光器的方法主要分为两类，异质结外延生长和异质材料。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

要提了一二维器件模拟的深亚微米工艺外延型衬底的电阻宏模型。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

这些概念往往只定义法律效力概念的某些方面，因此具有概念外延上的局限性和概念内涵上的机械性的缺点。

Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色面砖，以其颇具质感材质表现建筑外延感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

目前制作硅基激光器方法分为两类，异质结外延生长和异质材料键合。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

摘提了一种基于二维器件模拟深亚微米工艺外延型电阻宏模型。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

这些概念往往只定义法律效力概念某些方面，因此具有概念外延上局限性和概念内涵上机械性缺点。

Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色的面砖，以其颇具质感的材质表现建筑外延的感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

目前制作光器的方法主要分为两类，异质结外延生长和异质材料键合。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

摘要提了一种于二维器件模拟的深亚微米工艺外延衬底的电阻宏模。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

概念往往只定义法律效力概念的某方面，因此具有概念外延上的局限性和概念内涵上的机械性的缺点。

Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色面砖，以其颇具感材建筑外延感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

目前制作硅基激光器方法主要分为两类，异结外延生长和异材料键合。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

摘要提了一种基于二维器件模拟深亚微米工艺外延型衬底电阻宏模型。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

这些概往往只定义法律效力概些方面，因此具有概外延上局限性和概内涵上机械性缺点。

Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色的面砖，以其颇具质感的材质表现建筑外延的感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

作硅基激光器的方法主要分为两类，异质结外延生长和异质材料键合。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

摘要提了一种基于二维器件模拟的深亚微米工艺外延型衬底的电阻宏模型。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

这些概只定义法律效力概的某些方面，因此具有概外延上的局限性和概内涵上的机械性的缺点。

Caesious facing brick, with considerably tactile material nature, showing architecture's extended sense taste.

青灰色的面砖，以其颇具质感的材质表现建筑外延的感观感受。

At present there exist two kinds of manufacturing met hods for silicon-based lasers,i.e.,heteroepitaxy and bonding.

目前制作硅基激光器的方法主要分为两类，异质结外延生长异质材料键合。

A resistance macromodel for deep-submicron process epi-type substrate based on the 2D device simulation is presented.

摘要提了一种基于二维器件模拟的深亚微米工艺外延型衬底的电阻宏模型。

These concepts usually only define certain aspects of the legal validity concept, with the disadvantage of limitations on the concept extension and mechanicalness of the concept connotation.

这些概念往往只定义法律效力概念的某些方面，因此具有概念外延上的局概念内涵上的机械的缺点。