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压强

na.【物】pressure
网络Pa; intensity of pressure; kPa

压强

英-汉网络释义

压强

na.

1.【物】pressure; intensity of pressure

pressure

常用物理英文词汇 - 豆丁网 ... power 功率 pressure 压强，压力 primary coil 原线圈 ...

Pa

压强(Pa) 1.31*10^5 1.51*10^5 1.91*10^5 2.21*10^5 2.50*10^5 表二深度(m) 3 5 9 12 15 压强(Pa) 0.3*10^5 0.5*10^5 0.9*10^5 …

intensity of pressure

【世界五百强机密文件】变压器常用术语 - 豆丁网 ... 马力 horsepower 2.253 压强 intensity of pressure 2.254 帕斯卡 pascal ...

kPa

压强（kpa） 70 84 100 121 140 172 200 232 270 问：（1）从以上表格中，你看出蒸汽压强跟水的沸点有什么关系？

pressure intensity

机械工程学专业词汇英语翻译(P) ... pressure head 压头 pressure intensity 压强 pressure jump 压力跃变 ...

MPa

型号压强(MPa)喷嘴横截面积(m2)排量(L/min) 油泵电机功率(kw) 300 5×10-8 2.7 22.5 表中“排量2.7L/min”表示每分钟从喷嘴中 …

pressure broadening

光电词汇港台地区译法... ... pressur of laser light 压力灰雾 pressure broadening 压力，压强 pressure difference 压力补偿器 ...

pressure per unit area

航海及海运专业英语词汇(P6) ... pressure penetration 压力穿透 pressure per unit area 压强 pressure pin 压入销 ...

例句：

So what we 'll calculate now is , OK, how much does the pressure go up .

所以我们现在要计算的是，压强到底增加了多少。

So if you increase the pressure , the chemical system says , hey, you know I'm not so happy that you're increasing the pressure on me .

所以如果提高压强，化学系统说，嘿你知道我不喜欢，你提高我的压强。

OK, now what we'd like to do is be able to calculate any of these quantities in terms of temperature , pressure, volume properties .

现在我们想要做的是能够利用，温度，压强和体积的性质，计算上面的物理量。

So now if I draw a diagram , and I just focus on, so there's the total pressure sitting here .

现在如果我要画相图，我只需要关注，这里代表总压强。

Trying to see how the partial pressure of a changes with the total pressure .

现在看看分压如何，随着总压强变化。

A And now we have the total pressure in terms of constants like these pure vapor pressures and the composition of A in the gas phase .

总压强作为物质，在气相中组分比的函数，其中包含一些常数比如纯液体的蒸汽压。

So another way of saying what is p as a function of capital P , is to ask the question what is the slope ?

另外一个表达这个问题，即问分压 p 作为总的压强 P 的函数，的方式是问斜率是多少？

So for each one of these chemical potentials , I'm going to write it in terms of the pressure .

对这些化学势的任何一个，我把它写成压强的函数。

If I change the pressure , if I increase the pressure , the system is going to say, no, I don't want the pressure increased .

如果我改变压强如果压强升高，系统会说，不，我不想压强升高。

The question we're going to ask is , what happens when we change the total pressure in this reaction here.

我们要问的问题是，总压强改变时，会发生什么事。

That means I could follow the same sort of procedure that I indicated before when we looked at the pressure mole fraction phase diagram .

这意味着我们可以用，之前压强摩尔分数，相图里类似的方法。

So all the, both of the partial pressures and the total pressure are going to go lower than indicated here .

那么所有的，两个分压，和总压强会比，这里指示的低。

If I keep decreasing the pressure , I'm still going to be in coexistence .

如果我持续减小压强，我仍然会处于共存曲线上。

The temperature and pressure , and that's enough to tell us everything .

温度和压强，足够告诉我们很多。

Let's take a system. Under constant pressure T1 V1, going to a second -- this is the system, so let me write the system here.

我们建立一个系统 1 ，在恒定的压强 T1，V1 ，下，变成了另一个系统，-这个初始的系统让我把它写在这。

The only way , the only place , where the total pressure comes in, is right here .

唯一的方法唯一的地方，总压强能够出现的是这儿。

Similarly , now I 've got constant pressure and really what I'm looking at , let's say I'm at the limit where I've got the pure liquid .

类似地，现在我们有恒定的压强，我真正想知道的，也就是说我们在纯液体的极限情况下。

This pressure reduction causes the liquid refrigerant to be on the verge of becoming a gas but it is still a liquid at this specific point .

压强的减小使得液态制冷剂几乎变成气态，但在通过膨胀阀这一刻，它的状态仍是液态。

The rate of pressure increase at the permeate side was used to calculate the permeabilities.

通过渗入侧压强的增加速率来计算该气体的渗透性。

Alterations in blood flow to your heart produced by these pressure changes, can affect the heart rate .

这些压强变化所导致的心脏中血液流动的变化会影响心率。

So I'm going to find the total pressure as a function of the composition in the gas phase .

我想找到总压强作为，气相中组分的函数。

At this pressure it is found that the mean free path for electrons of a few volts energy is of the order of 1cm.

在这个压强下，我们发现能量为几伏特的电子的平均自由程的数量级为 1cm 。

Now , at some point the pressure becomes big enough that I start to see liquid forming .

现在，在某个点，压强足够的大，我们发现液体开始形成。

is basically the force of these molecules hitting that membrane per unit time , times the number of molecules hitting.

本质上来说压强是这些分子，单位时间轰击薄膜的力，乘以轰击的分子数。

压强

压强

pressure

Pa

intensity of pressure

kPa

pressure intensity

MPa

pressure broadening

pressure per unit area

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