And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过对些基本的热力学过程的量子力学推广，我们可以直接从量子力学去理解热力学。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要本文研究了四元数量子力学要求其解是正规或可对角化四元数矩阵的特征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因斯坦对量子力学有许多忧虑，对其机率本质的担忧（他的名言：「上帝不玩骰子」）只是其。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过一些基本的热力学过程的量子力学推广，我们可以量子力学去理解热力学。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要本文研究了四元数量子力学中一要求其解是正规或可角化四元数矩阵的特征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因量子力学有许多忧虑，其机率本质的担忧（他的名言：「上帝不玩骰子」）只是其中之一。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过对一些基本的热过程的量子推，可以直接从量子去理解热。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要本文研究了四元数量子中一要求其解是正规或可对角化四元数矩阵的特征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因斯坦对量子有许多忧虑，对其机率本质的担忧（他的名言：「上帝不玩骰子」）只是其中之一。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通些基本的热力学程的量子力学推广，我们可以直接从量子力学去理解热力学。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要本文研究了四元数量子力学中要求其解是正规或可角化四元数矩阵的特征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因斯坦量子力学有许多忧虑，其机率本质的担忧（他的：「帝不玩骰子」）只是其中之。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过对一些基本的热力学过程的量子力学推广，我们可以直接从量子力学去理解热力学。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要本文研究了四元数量子力学一要求解是正规或可对角化四元数矩阵的特征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因斯坦对量子力学有许多忧虑，对机率本质的担忧（他的名言：「上帝不玩骰子」）只是一。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过对一些基本过程量子推广，我们可以直接从量子去理解。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要本文研究了四元数量子中一要求其解是正规或可对角化四元数矩征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因斯坦对量子有许多忧虑，对其机率本质担忧（他名言：「上帝不玩骰子」）只是其中之一。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过对一些基的热力学过程的量子力学推广，我们可以直接从量子力学去理解热力学。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要究了数量子力学中一要求其解是正规或可对角数矩阵的特征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因斯坦对量子力学有许多忧虑，对其机率质的担忧（他的名言：「上帝不玩骰子」）只是其中之一。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过对一些基本的热过程的量子推广，我们可以直接从量子去理热。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要本文研究了四元数量子一要是正规或可对角化四元数矩阵的特征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因斯坦对量子有许多忧虑，对机率本质的担忧（他的名言：「上帝不玩骰子」）只是之一。

And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.

通过对一些基本的热过程的量推广，以直接从量去理解热。

One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.

摘要本文研究了四元数量中一要求其解是正规或对角化四元数矩阵的特征值反问题。

Albert Einstein had any number of worries about quantum mechanics.The overquoted concern about its chanciness (“God does not play dice”) was just one.

爱因斯坦对量有许多忧虑，对其机率本质的担忧（他的名言：「上帝不玩骰」）只是其中之一。