There was a huge initial force—five times larger than the steady state force.
有一种很强大的初动力——比恒定状态时的力要大五倍。
The apparent steady state kinetics of the aminoacylation reaction catalyzed by LeuRS at the participation of some RE 3+ was studied.
对部分稀土离子参与下LeuRS催化的的氨酰化反应表观稳态动力学性质进行了研究。
A and this is a star steady state.
星稳态，a, star, steady,state，这是A星稳态。
So we plug in A steady state here.
那么我们代入A稳态。
什么是稳定状态？
So this is steady state approximation.
那么这是稳态近似。
This is going to be steady state here.
这会是稳态。
We solve for a steady state algebraically.
我们用代数方法解决A稳态。
You solve for the steady state concentration.
你解决了稳态浓度。
For most of the time, we live in a very steady state.
大多数时候，我们生活在一个非常稳定的状态。
And then here this is going to be steady state here.
然后这里这会是稳态。
They have kind of maintained themselves in a steady state.
它们似乎保持了平稳的状态。
And this is going to be the steady state approximation.
这会是稳态近似。
You can use the steady state as the time range for your report.
您可以使用稳定状态作为报告的时间范围。
Figure 4 shows the filtered painting in its final, steady state.
图4显示了过滤图画的最终稳定状态。
The CPU percentage shown is the average of the one hour steady state.
图中所显示的CPU的百分比是一个小时后恒定态的平均值。
The CPU percent we measured is the average of the one hour steady state.
我们所测量到的CPU的百分比是一个小时后恒定态的平均值。
So now we're going to put steady state, this is going to be a constant.
那么现在我们将处于稳态，这会是常数。
Perhaps the best known was proposed in 1948, and called the steady state theory.
也许最广为人知的理论是1948年所提出的稳态理论。
The red arrow indicates the point where steady state is considered to be reached.
红色箭头表示被视为达到稳定状态的点。
The red arrow indicates the point where a steady state is considered to be reached.
红箭头表示被视为达到稳定状态的点。
The two examples are basically very similar in their use of the steady state approximation.
这两个例子在对稳态近似的，使用方面基本上很相似。
The CPU percent showed the average of the one-hour steady state of each 1,000-user increment.
每个数据点增加1,000个用户，这里的CPU百分比是一小时的稳定状态下的平均值。
After the ramp-up period, each workload was maintained at "steady state" for at least two hours.
经过了过渡时期，每一个工作负载都会保持在“稳定状态”至少两个小时以上。
The data represents average utilization and response times during 5-hour steady state intervals.
数据代表在五小时的稳定状态期间的平均使用情况以及响应时间。
It doesn't really matter that this is slow in terms of using the steady state approximation.
这很慢并不要紧，从使用稳态近似的角度。
Response times were good and CPU utilizations quickly reached steady state, settling at or below 65%.
测试的响应时间良好，CPU使用率很快稳定在65%以下水平。
In production, you must plan to have enough capacity for your peak loads, not the average steady state.
在生产负载中，必须计划好有足够的容量来应付尖峰负载，而不是平均的稳定状态。
Each interval shows the average of the one-hour steady state of each incremental set of concurrent users.
每个区间显示的是增加一组并发用户后一小时内状态稳定后的平均水平。
So this allows this, this fact that this is faster, that allows us to use a steady state approximation.
所以这允许这个，这个更快的事实，允许我们使用稳态近似。
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