液态

Containers used for transporting liquid oxygen at less than 25 psig (40 psia) pressure are UN/DOT Authorized containers.

用于运输压力小于25 psig (40 psia)的液态氧的容器是UN/DOT认可的容器。

Containers used for transporting liquid argon at less than 25 psig (40 psia) pressure are UN/DOT authorized containers.

用于运输压力小于25 psig (40 psia)的液态氩的容器是UN/DOT认可的容器。

Containers used for transporting liquid helium at less than 25 psig (40 psia) pressure are UN/DOT authorized containers.

用于运输压力小于25 psig (40 psia)的液态氦的容器是UN/DOT认可的容器。

Carbon dioxide will convert directly from a liquid to a solid if the liquid is depressurized below76 psia (61 psig).

如果液体压力降到76psia(61psig)以下，直接从液态转化到固态。有些新型的自记加速仪使用了一种可以重复充电的二氧化铝电池。

Carbon dioxide will convert directly from a liquid to a solid if the liquid is depressurized below76 psia (61 psig).

如果液体压力降到76psia(61psig)以下，直接从液态转化到固态。

Carbon dioxide will convert directly from a liquid to a solid if the liquid is depressurized below76 psia (61 psig).

如果液体压力降到76psia(61psig)以下，直接从液态转化到固态。有机的液相就是酸在被消化物中的饱和溶液。

Point (-109.3°F[-78.5°C]) to be attained within the system. Carbon dioxide will convert directly from a liquid to a solid if the liquid is depressurized below76 psia (61 psig).

如果液体压力降到76 psia (61 psig)以下，直接从液态转化到固态。

Because iron is recognized the major constitute of the Earth's core, and the Bloch-Grüneisen formula holds true in the solid-liquid mixed phase region, the electrical conductivity distribution in the Earth's core was calculated by combining with the temperature structure of the Earth's core with the PREM model. The electrical of conductivities of the Earth's core vary from 4300Ω〓cm〓 to 8400Ω〓cm〓, and increase with the pressures or depth.

既然Bloch-Grüneisen公式被证明在地核的温度、压力条件下及铁的固-液混合相区仍然有效，对于主要成分由ε-铁组成的地核，就允许用Bloch-Grüneisen公式并结合地核的温度结构以及PREM模型计算整个地核（包括液态外地核与固态内地核）的电导率分布。

Nanoscaled inhomogeneities were found to exist in supercooled liquid and glass state.

我们发现，在大块非晶体系的过冷液态中存在纳米尺度的微观结构不均匀性，并且这种微观不均匀性和玻璃转变过程是强烈相关的。

The Molecular Interaction Volume Model is introduced for the prediction and fitting of the activities of liquid alloys Ni-Mg-Cu,Ni-Al-Si and Ni-Cu-Co in the ternary systems.

对Ni-Mg-Cu，Ni-Al-Si及Ni-Cu-Co三组三元系预测的总平均相对误差及最小的拟合总平均相对偏差分别为12.0%和9.0%，表明分子相互作用体积模型比较适用于这类液态合金的活度预测

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。