... entrance boundary point 入口边界点 entrance boundary 入口边界 entropy constant 熵常数 ...
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Let's hang on for a little while longer to a set of conditions where we will maintain constant entropy, namely constant entropy and pressure.
我们先继续考虑,保持熵不变的情况,即保持熵和压强不变。
The entropy density is constant ahead of the shock.
冲击波前方的熵密度是恒定的。
It follows that every reversible adiabatic process is one of constant entropy, and may be described as isentropic.
可见可逆绝热过程都是熵不变的过程,可以把这种过程叫做等熵过程。
Let's hang on for a little while longer to a set of conditions where we will maintain constant entropy, namely constant entropy and pressure.
我们先继续考虑,保持熵不变的情况,即保持熵和压强不变。
In other words, the order of taking the derivatives with respect to pressure and temperature doesn't matter And what this will show is that dS/dp dS/dp at constant temperature, here we saw how entropy varies with volume, this is going to show us how it varies with pressure.
换句话说,对温度和压强的求导顺序无关紧要,结果会表明,恒定温度下的,对应我们上面看到的,熵如何随着体积变化,这个式子告诉我们,熵如何随着压强变化。
Now, we can immediately see what du/dV at constant entropy is.
我们能够很容易看出,恒定熵的条件下du/dV的数值。
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