Sentences with phrase «in static»

How do you determine value in a static to falling market?

Although intuitively appealed and abundantly supported by empirical evidence, this claim was often tested by looking at groups in a static manner.

An excellent opportunity to work in static commercial office building has arisen with one of the UK «s largest property management companies.

Supported certification testing team in static test plans to determine strength of different fiber composite materials, inserts and panel pins.

What if one of your greatest strengths is public speaking and the way you come across as confident, professional, and personable, which can't be demonstrated in a static cover letter and resume.

LinkedIn is more than a traditional resume that simply recounts your employment history in static form.

We don't live in a static world.

An excellent opportunity to work in static Hammersmith commercial office building has arisen with one of the UK «s largest property management companies.

In online games and mobile contents, the Company broke new ground amidst ongoing efforts to achieve progress in this static sub-segment by reviewing its development framework and operation methods.

It is worth pointing out that in the previous builds, the experience was not feature rich which resulted in a static icon being placed on the desktop.

As Tech Times reported earlier, there was an issue with the Google devices, which resulted in static distortion at high volume settings on the Pixel and Pixel XL devices.

Relatively good detail preservation is possible in static scenes in bright light, with well - defined textures visible in the brickwork of this building.

The Meizu Pro 7 Plus offers its best detail preservation in bright indoor conditions (100 Lux) and very bright outdoor conditions (1000 Lux), but in lower light, detail is noticeably affected both in static scenes and particularly in scenes containing subject movement, which is often very blurred.

A good overall score for texture, with excellent fine detail preservation in static scenes outdoors, and very acceptable results in low - light conditions.

Shooting indoors, exposure and color remains strong and detail preservation is acceptable in static scenes.

The exchange says that the increase in withdrawal traffic was «hindering» its efforts on a technical level, and to «get a better look at the process the system needs to be in a static state.»

The incredible difference in static contrast, black levels, and dark room performance between the OLED and every other display sets it far, far apart from the competition.

On one hand, it's a million times more convenient and pleasant to book online — no half - hour waits in static elevator music hell.

Maintaining the status quo is a form of risk aversion, and it serves a purpose in a static environment.

Keeping cultures in a static state of purity is not a fitting response to cultural oppressions of the past.

In my view, tt is no longer appropriate to engage in a static process to identify aptitudes, match aptitudes to a job and map out a long term plan to achieve that job.

A nice feature fo the new site is a rich pop up help box that is plainly available with a «How to use our new search» in a static left menu.

What I like about the blender model is it still leaves room for change and for wide swings between options, versus being stuck in a static politics of us versus them.

Historical archives should be made available online and in a static location to the extent possible.

These authors conclude «While satellite MSU / AMSU observations generally support GCM results with tropical deep ‐ layer tropospheric warming faster than surface, it is evident that the AR4 GCMs exaggerate the increase in static stability between tropical middle and upper troposphere during the last three decades.»

Similarly, although I'm sure there is a radiative effect which would be active in a static atmosphere, the real atmosphere is anything but static, being thoroughly turbulent and full of convective cells.

Physically, one could expect a slight decrease in surface evaporation (a «dimming» effect) and related changes to precipitation, a warming of the tropopause and lower stratosphere (and changes in static stability), increased Eurasian «winter warming» effects (related to shifts in the wind patterns as are seen in the aftermath of volcanoes).

Physically, one could expect a slight decrease in surface evaporation (a «dimming» effect) and related changes to precipitation, a warming of the tropopause and lower stratosphere (and changes in static stability), increased Eurasian «winter warming» effects (related to shifts in the wind patterns as are seen in the aftermath ofvolcanoes).

conclusions are based entirely on assumptions which are the AWG catechism — don't you know how hard i laughed at the «dirk gently» «it's all there in the static»?

As far as I know, this last sentence can not be true: it would mean that the weight of water vapor in the static column would be fixed by surface temperature, and vice versa.

The saturated partial pressure of water vapor at the surface pv (Ts)(4) is determined by surface temperature and, as it is in hydrostatic equilibrium, equals the weight of water vapor in the static column.»

But the problem with the interpretation of pv (Ts) above comes back in (27): pv (Ts) is not the original weight of water vapor in the static column.

This is a gedanken experiment intended to show that Jelbring's equally gedanken «adiabatic world» will not have a thermal lapse rate in static thermal equilibrium, nothing more.

The last time I looked, a gas in convective flow is not in static equilibrium, and flow itself can not be a long - time stable state of any isolated system with internal dissipation.

In order for some part of the gas to gain energy, it has to move downward and, on average, no part of the gas in static force equilibrium moves up or down.

All it knows is that locally it is supported in static force equilibrium and otherwise is in thermal equilibrium.

In static force equilibrium.

* It can be and has been shown that an isothermal state in static force balance can not do work and does not violate the second law of thermodynamics or any other laws of nature.

Note well that the question asks students to solve the exact same problem that Jelbring proposes — that of a vertical, isolated, column of ideal gas that must be in static and thermal equilibrium in a gravitational field:

He won't acknowledge that in static force equilibrium (after Jelbring's very long time) there is no bulk transport of parcels of gas and hence conductivity has an infinite amount of time to increase the entropy of the gas by equilibrating the temperature.

In Jelbring, although he quotes (without seeming to understand) this well - known fact, he then immediately turns around and asserts that the DALR holds in a static atmosphere, one without circulation.

Goodness, could Caballero be saying that thermal equilibrium is isothermal, regardless of whether you move up or down in a static air column?

So even his English words describing a conclusion with many assumptions underlying a not completely trivial algebraic derivation leave considerable doubt that that conclusion should necessarily apply to a gas in static force equilibrium and thermal equilibrium.

Jelbring... is supposedly describing thermal equilibrium in a static column of gas that has been sitting around long enough for even radiation to equilibrate, and for non-GHGs that is a very, very long time, much longer than the time required for thermal conductivity to equilibrate temperatures.

Why don't you look at it and explain why the air isn't in static equilibrium, since I used the condition for static equilibrium and the density of isothermal ideal gas in its derivation?

I must confess that I fail to see how establishing that an isothermal ideal gas in static force equilibrium in a gravitational field is also a maximum entropy state of that gas is «ridiculous» — especially since I actually support the conclusion with an algebraic derivation from known and established principles — but I'm certain that you, BigWave, are more than prepared to educate me.

You mean, except for the place where I derived the actual functional form, starting from the gradient required for neutral buoyancy, for the pressure (and by trivial extension, density) of an ideal gas in static, isothermal equilibrium?

In any imaginary world where gravity acts on «heat» or does «work» on a gas that is in static force equilibrium and not moving, you can make it come out any way that you like, but please understand that it is nothing but a fantasy on your part.

There is no such thing, in other words, as «gravitational heating» for a system in static equilibrium, nor is there any such thing as «gravitational heating» for a system in dynamic equilibrium.

The modules which have not yet been upgraded, as well as the relevant information in static pages, can be accessed through the links below: