This machine uses the hydroelectric power.

这台机器使用是力发电能量。

Hydel power projects, with storage facilities, provide peak time support to the power system.

具有蓄能力力发电项目可以对系统提供峰期支撑。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究结果表明，不植蒸散量、量、根密度和根长存在较大差异，这些差异对植泌氧性能、碎石床人工湿地力负荷率、氮磷去除效果和有机污染有重要影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析了室内热采暖几种系统中经常出现力失调、热力失调问题，并提出了相应对策意见。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介绍了力压裂应力测量原理和现场测量结果,论述了煤层底板隔层带阻机理和承压沿煤层上升机理,以及原岩应力、压与裂隙扩展关系。

This machine uses the hydroelectric power.

这台机器使用的是水力发电的能量。

Hydel power projects, with storage facilities, provide peak time support to the power system.

具有蓄水能力的水力发电项目可以对系统提供峰期。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

究的结果表明，不同水生植的蒸散量、生量、根密度和根长存在较大的差异，这些差异对水生植的泌氧性能、碎石床人工湿地的水力负荷率、氮磷去除效果和有机污染的降解有重要的影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分内热水采暖几种系统中经常出现的水力失调、热力失调问题，并提出相应的对策意见。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介绍水力压裂应力测量的原理和现场测量结果,论述煤层底板隔水层带的阻水机理和承压水沿煤层上升的机理,以及原岩应力、水压与裂隙扩展的关系。

This machine uses the hydroelectric power.

这台机器使用的是水力发电的量。

Hydel power projects, with storage facilities, provide peak time support to the power system.

具有蓄水力的水力发电项目可以对系统提供峰期支撑。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究的结果表明，不同水生植的蒸散量、生量、根密度和根长存在较大的，这对水生植的泌氧性、床人工湿地的水力负荷率、氮磷去除效果和有机污染的降解有重要的影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析了室内热水采暖几种系统中经常出现的水力失调、热力失调问题，并提出了相应的对策意见。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介绍了水力压裂应力测量的原理和现场测量结果,论述了煤层底板隔水层带的阻水机理和承压水沿煤层上升的机理,以及原岩应力、水压与裂隙扩展的关系。

This machine uses the hydroelectric power.

器使用的是水力发电的能量。

Hydel power projects, with storage facilities, provide peak time support to the power system.

具有蓄水能力的水力发电项目可以对系统提供峰期支撑。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究的结果表明，不同水生植的蒸散量、生量、根密度和根长存在较大的差异，些差异对水生植的泌氧性能、碎石床人工湿地的水力负荷率、氮磷去除效果和有污染的降解有重要的影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析了室内热水采暖几种系统中经常出现的水力失调、热力失调问题，并提出了相应的对策。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

绍了水力压裂应力测量的原理和现场测量结果,论述了煤层底板隔水层带的阻水理和承压水沿煤层上升的理,以及原岩应力、水压与裂隙扩展的关系。

This machine uses the hydroelectric power.

这台机器使用是水力能量。

Hydel power projects, with storage facilities, provide peak time support to the power system.

具有蓄水能力水力项目可以对系统供峰期支撑。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究结果表明，不同水生植蒸散量、生量、根密度和根长存在较大差异，这些差异对水生植泌氧性能、碎石床人工湿地水力负荷率、氮磷去除效果和有机污染降解有重要影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析了室内热水采暖几种系统中经常出现水力失调、热力失调问，出了相应对策意见。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介绍了水力压裂应力测量原理和现场测量结果,论述了煤层底板隔水层带阻水机理和承压水沿煤层上升机理,以及原岩应力、水压与裂隙扩展关系。

This machine uses the hydroelectric power.

台机器使用的是水力发电的能量。

Hydel power projects, with storage facilities, provide peak time support to the power system.

具有蓄水能力的水力发电项目可以对系统提供峰期支撑。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究的结果表明，不同水生植的蒸散量、生量、根密度和根长存在较大的差异，些差异对水生植的泌氧性能、碎石床人工湿地的水力负荷率、氮磷去除效果和有机污染的降解有重要的影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析室内热水采暖几种系统中经常出现的水力失调、热力失调问题，并提出相应的对策意见。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

水力压裂应力测量的原理和现场测量结果,论述煤层底板隔水层带的阻水机理和承压水沿煤层上升的机理,以及原岩应力、水压与裂隙扩展的关系。

This machine uses the hydroelectric power.

这台机器使用的是水发电的能量。

Hydel power projects, with storage facilities, provide peak time support to the power system.

有水能的水发电项目可以对系统提供峰期支撑。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究的结果表明，不同水生植的蒸散量、生量、根密度和根长存在较大的差异，这些差异对水生植的泌氧性能、碎石床人工湿地的水负荷率、氮磷去除效果和有机污染的降解有重要的影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析了室内水采暖几种系统中经常出现的水调、调问题，并提出了相应的对策意见。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介绍了水压裂应测量的原理和现场测量结果,论述了煤层底板隔水层带的阻水机理和承压水沿煤层上升的机理,以及原岩应、水压与裂隙扩展的关系。

This machine uses the hydroelectric power.

这台机器使用的是发电的能量。

Hydel power projects, with storage facilities, provide peak time support to the power system.

具有能的发电项目可以对系统提供峰期支撑。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究的结果表明，不同生植的蒸散量、生量、根密度和根长存在较大的差异，这些差异对生植的泌氧性能、碎石床人工湿地的负荷率、氮磷去除效果和有机污染的降解有重要的影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析了室内采暖几种系统中经常出现的失、失问题，并提出了相应的对策意见。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介绍了压裂应测量的原理和现场测量结果,论述了煤层底板隔层带的阻机理和承压沿煤层上升的机理,以及原岩应、压与裂隙扩展的关系。

This machine uses the hydroelectric power.

这台机器使用的是水力发电的。

Hydel power projects, with storage facilities, provide peak time support to the power system.

有蓄水力的水力发电项目可以对系统提供峰期支撑。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究的结果表明，不同水生植的蒸散、生、根密度和根长存在较大的差异，这些差异对水生植的泌氧性、碎石床人工湿地的水力负荷率、氮磷去除效果和有机污染的降解有重要的影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析了室内热水采暖几种系统中经常出现的水力、热力题，并提出了相应的对策意见。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介绍了水力压裂应力测的原理和现场测结果,论述了煤层底板隔水层带的阻水机理和承压水沿煤层上升的机理,以及原岩应力、水压与裂隙扩展的关系。