Sentences with phrase «surface condensation»

Typically, the risk of surface condensation and mould growth increases with internal humidity loads in buildings and / or reduced quality of the thermal envelope.

By entering this value, the responsible professional is essentially stating, as outlined in TGD Part L (2011), that all the junctions in the building are free from mould growth and surface condensation risk.

Yet its «methane cycle» of surface condensation and precipitation parallels Earth's water cycle to a surprising degree.

Not exact matches

Measurement of Total Condensation on a Shrouded Cryogenic Surface Using a Single Quartz Crystal Microbalance

Let it cool, removing the baking sheet a few times to wipe off any condensation that may gather on the surface, until the pan is lukewarm to the touch, about 1 1/2 hours.

Condensation is a phase transition of matter that occurs when water vapor contained in hot, humid air comes in contact with a cold surface.

If you have wood or water - sensitive surfaces, use a placemat under the humidifier to protect from condensation.

Films of liquid water persist far below freezing, like coatings of condensation, on the surfaces of some minerals.

Since Earth's water cycle is essentially evaporation from the surface, condensation in the upper atmosphere and precipitation (gravity sending that condensation back down), those little droplets are really just going home.

The group tested the surface under a variety of icing conditions, from freezing fog to condensation frosting.

Cycles of evaporation and condensation might well be the dominant way that material sloshes around the surface.

He subsequently developed solvers for cloud and aerosol coagulation, breakup, condensation / evaporation, freezing, dissolution, chemical equilibrium, and lightning; air - sea exchange; ocean chemistry; greenhouse gas absorption; and surface processes.

As the name suggests, it shares many parallels with its terrestrial counterpart; it consists of cool plasma condensations falling from coronal heights towards the solar surface guided by magnetic field lines.

Furthermore, simultaneous contraction of the ECM and tumor growth leads to the condensation and reorientation of the collagen at the spheroid's surface.

There is evidence for the recent condensation of ices on the surface of Titan, perhaps by active geologic processes.

The self - assembly occurred in a gas phase, cluster beam condensation source, before size - selection with a mass spectrometer and deposition onto a carbon surface for oxidation and then imaging.

The vacuum also enhanced steam condensation rates on the inside surface of the submerged containment in the case where steam is vented from the reactor vessel, which in turn provides for very effective heat removal from the primary system.

Related Awards # 1235881 Convective Thermal Transport at Superhydrophobic Surfaces # 1066426 Investigation of icephobic behavior of surfaces with tunable properties # 1331817 STTR Phase I: STTR Proposal on Atmospheric Water Capture using Advanced Nanomaterials # 1066356 Turbulent Flow Drag Reduction Using Surfaces Exhibiting Superhydrophobicity and Riblets # 1235867 Collaborative Research: A Micropatterned Wettability Approach for Superior Boiling Heat Transfer Performance # 0952564 CAREER: Fundamental Studies of Condensation Phenomena on Heterogeneous and Hierarchical Nanoengineered Surfaces # 1066426 Investigation of icephobic behavior of surfaces with tunable properties # 1331817 STTR Phase I: STTR Proposal on Atmospheric Water Capture using Advanced Nanomaterials # 1066356 Turbulent Flow Drag Reduction Using Surfaces Exhibiting Superhydrophobicity and Riblets # 1235867 Collaborative Research: A Micropatterned Wettability Approach for Superior Boiling Heat Transfer Performance # 0952564 CAREER: Fundamental Studies of Condensation Phenomena on Heterogeneous and Hierarchical Nanoengineered surfaces with tunable properties # 1331817 STTR Phase I: STTR Proposal on Atmospheric Water Capture using Advanced Nanomaterials # 1066356 Turbulent Flow Drag Reduction Using Surfaces Exhibiting Superhydrophobicity and Riblets # 1235867 Collaborative Research: A Micropatterned Wettability Approach for Superior Boiling Heat Transfer Performance # 0952564 CAREER: Fundamental Studies of Condensation Phenomena on Heterogeneous and Hierarchical Nanoengineered Surfaces Exhibiting Superhydrophobicity and Riblets # 1235867 Collaborative Research: A Micropatterned Wettability Approach for Superior Boiling Heat Transfer Performance # 0952564 CAREER: Fundamental Studies of Condensation Phenomena on Heterogeneous and Hierarchical Nanoengineered SurfacesSurfaces

If a room smells musty or has condensation forming on glass surfaces, it's a good candidate for dehumidification.

Key Terms included: - Water Cycle - Condensation - Transpiration - Groundwater - Cloud - Evaporation - Surface Runoff - Water Vapor - Precipitation - Humidity - Dew Point - Perspiration Folding and playing directions are also included.

Students also used the flex cam to observe water absorbency, surface tension, evaporation, and condensation.

In another classroom, we watched 7th graders use a checklist and rubric they had created to plan, monitor, and refine their drawings of the water cycle and the paragraph they wrote to describe the relationships among evaporation, condensation, precipitation, transpiration, and surface run - off.

Because condensation forms on the inner surface of the mask, thus clouding the mask, you will be given a «de-fog» solution to use on the mask prior to diving into water.

The morning fog and condensation captured in the satin surfaces, the reflection of water, highlighted by flashes of metal, now occupy the beautiful spaces of Palazzo Franchetti, the stunning palace on the Grand Canal that is the official home of Fondazione Berengo.

A large, emerald screen is covered with a thin shield of condensation, allowing diverse audiences to doodle on the watery surface, reconnecting with nature and leaving a trace for future visitors.

Taylor's process of gradual layering of mark and colour display a concern with a language that is non-specific, a kind of poetry where only condensations appear on the surface, attempting to model thoughts and ideas that seem to be impossible in a physical realm.

In a beautifully installed exhibition at Marc Strauss, Jones's minimalist shaped paintings challenge classic distinctions between art as object or surface through a meticulous condensation of material, color and form.

A conceptual model is presented where, through a number of synergistic processes and positive feedbacks, changes in the ultraviolet / blue flux alter the dimethyl sulphide flux to the atmosphere, and in turn the number of cloud condensation nuclei, cloud albedo, and thus sea surface temperature.

But in order for the air to reach the cloud base where condensation begins, the air has to be lifted from the sea surface (or an evapotranspiring land surface.)

Also at the same time, the much higher daytime skin surface temperature (more than offsetting the somewhat colder night - time skin surface temperature which is often ameliorated by condensation and shallow fog layers) causes more infrared radiation to be emitted to space.

A hydrophilic surface would also be preferable for condensation (reduced surface tension effect for a given mass of liquid water in a droplet), though I've never heard of that being important in the atmosphere.

Lupo believes that heat sources, such as radiation, condensation, and surface heating and cooling, have a significant role in a blocking's onset and duration.

And the process of condensation where moist air forms clouds is the process by which the latent heat is released — warming the lower troposphere while cooling the surface.

The control of heat flow is important for more than just saving energy: by controlling interior surface temperatures, heat flow control helps ensure human comfort and avoid cold - weather condensation.

The process of such evaporation and then condensation together with those other weather processes is an express route to get heat energy from ocean to surface to atmosphere to space and the bigger the temperature differential between ocean surface, atmosphere and space the faster they must all work to move the atmosphere back towards a temperature equilibrium.

The forces involved in such a storm are enormous due to the tremendous amount of kinetic energy generated through the transfer of heat from the ocean surface and subsequent condensation in the hurricane.

By equivalent we mean approaches supported by robust evidence (such as monitoring studies) to demonstrate their efficacy, with particular regard to indoor air quality, energy performance, comfort, and the prevention of surface / interstitial condensation.

It would follow the Manabe - Strickler type pure radiative profile that results in an average surface temperature of 60 C. I'm not sure if there's some way to have convection without convective mixing, but if condensation is still allowed I'd expect it to still follow a moist adiabat.

A fog bank is an exception but generally the cloud will be far above the surface and the sensible heat released upon condensation now has an easier radiative path out to space and greenhouse gases between the cloud and the surface then retard the downwelling FIR from getting back to the surface!

In terms of building physics, this increases the probability that condensation might form on the outer surface of the façade due to the cooling effect of long - wave radiation of heat during the night.

The water vapor evaporated from the surface taking with it latent heat of evaporation (the molecules» kinetic energy) when those water vapor molecules reach the condensation level they change state — and release energy — then again when they freeze they release energy.

The regions of large precipitation are determined by the atmospheric circulation: the near - surface atmospheric flow converges near the subsolar point, leading to strong ascending motion and condensation (see Merlis and Schneider (2010) for a detailed discussion).

(a) Convection accounts for approximately 67 % of the total amount of heat transfer from the Earth's surface to the troposphere, the condensation of water vapour for 25 % and radiation accounts for only 8 %.

Is this not indicative of a major blunder in the simplifications, notably the effect of convective heat transport and the stabilising effect of condensation and evaporation at the oceanic surfaces?

For a example, phase change which in the atmosphere mainly concerns evaporation of water at the surface (or boundary between surface and the fluid atmosphere) and condensation in the various layers of the atmosphere leading to cloud formation and precipitation.

According to our estimates, convection accounts for 67 %, water vapor condensation in troposphere accounts for 25 %, and radiation accounts for about 8 % of the total heat transfer from the Earth's surface to troposphere.

These condensation surfaces facilitate the development of clouds.

Huge quantities of energy are taken from water surfaces by evaporation then dumped higher up in the air by condensation to accelerate the expulsion of energy to space.

This measure raises the temperature of the condensing surface (underside of the air - impermeable insulation), which reduces the risks of condensation.

The increase in relative humidity is due to warmer surface sea temperatures allowing greater evaporation and warmer polar conditions causing less condensation.