Hydrogen is a corlorless, odorless gas.

氢是一种无色、无味的体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置利用氢／空预混合的高温产物来形成可控活化热氛围，能方便地通过改变协流当量比而改变协流的热氛围、氧氛围湍流。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

张绚丽的天空景中，充满了氢埃组成的宇宙星云，一直延伸到锥形星云附近的麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微孔的组织形态形成机理符合体形成模型溶质再分配理论,从而验证氢析出形成显微孔机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为了充分利用液氢的低温火用，氢能燃轮机循环中附加了一个空预冷器氢透平。

Hydrogen is a corlorless, odorless gas.

氢气是一种无色、无味的气体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置利用氢气／空气预混合气的高温产物来成可控活化热氛围，能方便地通过协流当量比协流的热氛围、氧氛围和湍流场。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

在这张绚丽的天空景中，充满了氢气和尘埃组成的宇宙星云，一直延伸星云附近的麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微孔的组织态成机理符合气体成模型和溶质再分配理论,从验证氢气析出成显微气孔机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为了充分利用液氢的低温火用，在氢能燃气轮机循环中附加了一个空气预冷器和氢气透平。

Hydrogen is a corlorless, odorless gas.

氢气是一种无色、无味的气体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置利用氢气／空气预混合气的高温产物来形成可控活化热氛围，能通过改变协流当量比而改变协流的热氛围、氧氛围和湍流场。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

在这张绚丽的天空景中，充满了氢气和尘埃组成的宇宙星云，一直延伸到锥形星云附近的麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

合金微孔的组织形态形成机理符合气体形成模型和溶质再分配理论,从而验证氢气析出形成显微气孔机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为了充分利用液氢的低温火用，在氢能燃气轮机循环中附加了一个空气预冷器和氢气透平。

Hydrogen is a corlorless, odorless gas.

氢气是一种无色、无味气体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置利用氢气／空气预混合气高温产物来形成可控氛围，能方便地通过改变协流当量比而改变协流氛围、氧氛围和湍流场。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

在这张绚丽天空景中，充满了氢气和尘埃成宇宙星云，一直延伸到锥形星云附近麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微织形态形成机理符合气体形成模型和溶质再分配理论,从而验证氢气析出形成显微气机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为了充分利用液氢低温火用，在氢能燃气轮机循环中附加了一个空气预冷器和氢气透平。

Hydrogen is a corlorless, odorless gas.

氢气是一种无色、无味的气体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置利用氢气／空气预混合气的高温产物来形成可控活化热氛围，能方便地通过改变协流当量比而改变协流的热氛围、氧氛围和湍流场。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

在这张绚丽的天空景中，满氢气和尘埃组成的宇宙星云，一直延伸到锥形星云附近的麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微孔的组织形态形成机理符合气体形成模型和溶质再配理论,从而验证氢气析出形成显微气孔机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为利用液氢的低温火用，在氢能燃气轮机循环中附加一个空气预冷器和氢气透平。

Hydrogen is a corlorless, odorless gas.

氢是一种无色、无味的体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置利用氢／混合的高温产物来形成可控活化热氛围，能方便地通过改变协流当量比而改变协流的热氛围、氧氛围湍流场。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

在这张绚丽的天景中，充满了氢尘埃组成的宇宙星云，一直延伸到锥形星云附近的麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微孔的组织形态形成机理符合体形成溶质再分配理论,从而验证氢析出形成显微孔机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为了充分利用液氢的低温火用，在氢能燃轮机循环中附加了一个冷器氢透平。

Hydrogen is a corlorless, odorless gas.

气是一种无色、无味的气体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置气／空气预混合气的高温产物来形成可控活化热氛围，能方便地通过改变协流当量比而改变协流的热氛围、氧氛围和湍流场。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

在这张绚丽的天空景中，充满了气和尘埃组成的宇宙星云，一直延伸到锥形星云附近的麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微孔的组织形态形成机理符合气体形成模型和溶配理论,从而验证气析出形成显微气孔机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为了充液的低温火，在能燃气轮机循环中附加了一个空气预冷器和气透平。

Hydrogen is a corlorless, odorless gas.

氢气是一种无色、无味气体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置利用氢气／气预混合气高温产物来形成可控活化热氛围，能方便地通过改变协流当量比而改变协流热氛围、氧氛围和湍流场。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

在这张绚丽，满了氢气和尘埃组成宇宙星云，一直延伸到锥形星云附近麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微孔组织形态形成机理符合气体形成模型和溶质再分配理论,从而验证氢气析出形成显微气孔机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为了分利用液氢低温火用，在氢能燃气轮机循环附加了一个气预冷器和氢气透平。

Hydrogen is a corlorless, odorless gas.

氢气是一种无色、无味的气体。

The system can easily change coflow temperature, oxygen mole fraction and turbulence parameters by changing the coflow mixture equivalence ratio.

该试验装置利用氢气／空气预混合气的高温产物来形成可控活化热，能方便地通过改变协流当量比而改变协流的热、和湍流场。

Explanation: Cosmic clouds of hydrogen gas and dust abound in this gorgeous skyscape, stretching through Monocerous in the neighborhood of The Cone Nebula.

在这张绚丽的天空景中，充满了氢气和尘埃组成的云，一直延伸到锥形云附近的麒麟座内。

The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.

铸造镁合金微孔的组织形态形成机理符合气体形成模型和溶质再分配理论,从而验证氢气析出形成显微气孔机理。

To fully utilize the low temperature exergy of liquid hydrogen,installed additionally in a hydrogen energy based gas turbine cycle is an air precooler and hydrogen turbine.

为了充分利用液氢的低温火用，在氢能燃气轮机循环中附加了一个空气预冷器和氢气透平。