There exist many sources of energy both potential and kinetic.

存在着许多势能和动能的能源。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

叙述苛化工序物料势能利用的能量计算过程、节能点体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通过定量分析计算结,指出碳纳管储氢的物理吸附机制,可用势能应和应描述。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇对细胞的抑制主要表现在对生长率、发酵率、糖分解酶、膜势能的抑制膜磷脂的裂解。

There exist many sources of energy both potential and kinetic.

存在着许多能和动能的能源。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

叙述苛化工序物料能利的能计算程、节能效果及一点体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通分析计算结果,指出碳纳管储氢的物理吸附机制,能效应和空间效应描述。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇对细胞的抑制主要表现在对生长率、发酵率、糖分解酶、膜能的抑制及膜磷脂的裂解。

There exist many sources of energy both potential and kinetic.

存在着许多势能动能的能源。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

叙述苛化工序物料势能利用的能量计算过程、节能效果体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通过定量分析计算结果,指出碳纳管储氢的物理吸附机制,可用势能效应效应描述。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇对细胞的抑制主要表现在对生长率、发酵率、糖分解酶、膜势能的抑制膜磷脂的裂解。

There exist many sources of energy both potential and kinetic.

着许多势能和动能的能源。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

叙述苛化工序物料势能利用的能量计算过程、节能效果一点体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通过定量分析计算结果,指出碳纳管储氢的物理吸附机,可用势能效应和空间效应描述。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇对细胞的主要表现对生长率、发酵率、糖分解酶、膜势能的膜磷脂的裂解。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能的能。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

苛化工序物料势能利用的能量计算过程、节能效果及一点体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通过定量分析计算结果,指出碳纳管储氢的物理吸附机制,可用势能效应和空间效应描。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇对细胞的抑制主要表现在对生、酵、糖分解酶、膜势能的抑制及膜磷脂的裂解。

There exist many sources of energy both potential and kinetic.

存在着许多势和动源。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

叙述苛化工序物料势利量计算过程、节效果及一点体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通过定量分析计算结果,指出碳纳管储氢物理吸附机制,可势效应和空间效应描述。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇对抑制主要表现在对生长率、发酵率、糖分解酶、膜势抑制及膜磷脂裂解。

There exist many sources of energy both potential and kinetic.

存在着许多势能和动能能源。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

叙述苛化工序物料势能利用能量计算过程、节能效果及一点体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通过定量分析计算结果,指出碳纳管储氢物理吸附机制,可用势能效应和空间效应描述。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇对细胞抑制主要表现在对生长率、发酵率、糖分解酶、膜势能抑制及膜裂解。

There exist many sources of energy both potential and kinetic.

存多势和动源。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

叙述苛化工序物料势利用量计算过程、节效果及一点体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通过定量分析计算结果,指出碳纳管储氢物理吸附机制,可用势效应和空间效应描述。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇对细胞制主要表现对生长率、发酵率、糖分解酶、膜势制及膜磷脂裂解。

There exist many sources of energy both potential and kinetic.

存着许多势能和动能的能源。

Fully utilize of material atteched energy makes a rational tachnological process,take material potential energy in causticization process for example.

叙述序物料势能利用的能量计算过程、节能效果及一点体会。

Through quantitative analysis, we found that the mechanism of hydrogen physisorption can be described by the potential effect and the space effect.

通过定量分析计算结果,指出碳纳管储氢的物理吸附机制,可用势能效应和空间效应描述。

The inhibition of alcohol to cell was represented on inhibiting growth rate, fermentation rate, saccharidase, membrane potential energy, and breaking down membrane lecithoid.

摘要乙醇细胞的抑制主要表现长率、发酵率、糖分解酶、膜势能的抑制及膜磷脂的裂解。