Sentences with phrase «greater air capacity»

Examples include the adaptive air suspension with threechamber technology boasting a 60 % greater air capacity than that of the predecessor, new Porsche Dynamic Chassis Control Sport (PDCC Sport) and rear - axle steering.

Examples include the adaptive air suspension with three - chamber technology boasting a 60 % greater air capacity than that of the predecessor, new Porsche Dynamic Chassis Control Sport (PDCC Sport) and rear - axle steering.

Not exact matches

In fact, studies show modest differences between an exerciser and non-exerciser when it comes to total lung capacity (TLC - the greatest volume of air you can inspire in one breath) or forced vital capacity (FVC - the greatest volume of air you can blow out).

In this capacity he has invested a great deal of time and effort on clinical trials examining the effects of broccoli sprouts (which contain phytochemicals extremely closely related to those found in moringa) in protecting against cancers, COPD, asthma, autism, schizophrenia, air pollution injury, and other diverse conditions.

The Bathurst S is about more than just a whacking great supercharger, too, with a large capacity intercooler, high - flow fuel injectors, a separate cold air intake and a Walkinshaw remap for the ECU.

List of Mods --- Fasterproms custom tune by Jeremy Formato — Fasterproms custom 2.31 pulley — Fasterproms Ported Supercharger — Modified air box, and air duct with modified AFE CAI — Fasterproms Thermal reduction plates That reduce blower heat soak — Fasterproms Flex fuel kit - This is a flex fuel sensor that we make to allow us to run on blended e85 / pump gas — Fasterproms 1.5 Gal Expansion tank tank for greater supercharge coolant capacity — ARH 1.875 headers — Hoosier 315 / 30/18 dr ’s

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Ford engineers designed a new 9.0 - kilowatt - hour air - cooled lithium - ion battery offering greater energy capacity with no change to the physical size of the battery pack.

Great part - ex allowance or to book a test drive / viewing please Contact Us on 01789 739950 or WWW.aspicars.com or like our page on Facebook page., Adjustable Steering Column / Wheel - Rake / Reach, Air Bag Driver, Air Bag Passenger, Air Bag Side - Front Side & Front Curtain, Air - Conditioning - Automatic, Airscarf - Neck Level Heating, Alarm, Alloy Wheels - 18in, Anti-Lock Brakes, Body Coloured Bumpers, Central Door Locking - Remote, Centre Console, Chassis - Sport, Cruise Control, DAB Radio, Electric Windows - Front, Electronic Stability Programme, Exterior Lighting - LED Daytime Running Lights, External Temperature Display, Head Restraints - Front, Heated Front Seats, Immobiliser, In Car Entertainment - Radio / CD / MP3 / CD Autochanger, Interior Finishes - Metal, Metallic Paint, Mirrors External - Electric / Heated, Parktronic System Front and Rear, Power - Assisted Steering, Seat Belt Pre-Tensioners - Front, Seat Height Adjustment - Driver / Passenger, Seating Capacity - Two Seats, Seats Sports - Front, Spare Wheel - Steel, Speakers - Eight, Sport Suspension, Steering Wheel Leather, Steering Wheel Mounted Controls, Steering Wheel Sports, Telephone Equipment - Bluetooth Interface, Telephone Pre - Wiring / Hands Free Facility, Third Brake Light, Tinted Glass, Traction Control System, Tyre Pressure Control, Upholstery Leather

Wedding Receptions - Amaroo on Mandalay can offer you different locations for your wedding reception, including poolside for up to 120 people; a lovely balcony reception for up to 70 people; or our great air conditioned Endeavour Room which has a capacity for 80 people.

It's a great plance to visit, with beautiful trees, colourful flowers, a children's park, an astronomic observatory, a cafeteria and a 600 capacity open - air auditorium which hosts opera, theatre productions, concerts and other cultural events.

Steven Marshall, head of airline marketing and development at Glasgow Airport, said: «Air Transat's decision to increase capacity through the introduction of larger aircraft is great news for our customers and timely given it coincides with the airline's 25 - year anniversary of operating services between Glasgow and Canada.

Seeing this as a baseline, positive CO2 feedback from temperature changes, or a running out of capacity for greater uptake from CO2 accumulation, would be seen as adding more CO2 to the air in addition to anthropogenic releases, but it would have to surpass some level before it would result in a total atmospheric accumulation of CO2 greater than anthropogenic emissions (first, as a rate, and later, cummulative change).

Re 9 wili — I know of a paper suggesting, as I recall, that enhanced «backradiation» (downward radiation reaching the surface emitted by the air / clouds) contributed more to Arctic amplification specifically in the cold part of the year (just to be clear, backradiation should generally increase with any warming (aside from greenhouse feedbacks) and more so with a warming due to an increase in the greenhouse effect (including feedbacks like water vapor and, if positive, clouds, though regional changes in water vapor and clouds can go against the global trend); otherwise it was always my understanding that the albedo feedback was key (while sea ice decreases so far have been more a summer phenomenon (when it would be warmer to begin with), the heat capacity of the sea prevents much temperature response, but there is a greater build up of heat from the albedo feedback, and this is released in the cold part of the year when ice forms later or would have formed or would have been thicker; the seasonal effect of reduced winter snow cover decreasing at those latitudes which still recieve sunlight in the winter would not be so delayed).

The water, due to it's much greater thermal capacity, cools much slower than the air would in the absence of heat inflow, so this also limits the rate of cooling of the air.

Then the atmospheric temperature starts dropping and, because the thermal capacity of the water is much greater than that of the air, we soon reach the point where the water temperature is greater than the air temperature, even if it was colder to start with.

Considering the heat capacity of the oceans is about 1,100 times greater than the air, would not even a modest change in cloud cover affect the radiative balance with far greater magnitude than a parts - per - million change in an atmospheric gas constituent?

You do have such an amazing molecule in your fictional world, defying gravity it can stay up in the atmosphere for hundreds and even thousands of years accumulating though it's one and a half times heavier than air, and, with no heat capacity to spit at, it can trap heat, or, heck you can't even get your stories to say the same thing consistently, it becomes this great thermal blanket stopping heat escaping... just how much of that blanket is holes?

As the heat capacity of the oceans is greater than air over land, migration is more prominent over land.

Air with water vapour has a greater heat capacity than air without, and hence loses heat more slowAir with water vapour has a greater heat capacity than air without, and hence loses heat more slowair without, and hence loses heat more slowly.

My guess would be that the heat capacity of the air would dominate (surely the volume of air in a forest is more than 1000x the volume of the leaves), in which case the cooling effect would still be an order of magnitude greater than the buoyancy of water vapor effect (but no more than 13X).

We also know that the heat capacity of seawater is so much greater than that of air that the top three meters of global ocean have the same capacity as the entire planetary atmosphere, and that the «mixing layer» being discussed is at least thirty times that depth.

iii) The CO2 carrying capacity of water is vastly greater than that of air so a tiny change in the net global absorption capability of water will result in a large proportionate change in the CO2 amounts in the air.

Surface temperatures can show short - term cooling when heat is exchanged between the atmosphere and the ocean, which has a much greater heat capacity than the air.

iii) The thermal capacity of the oceans is vastly greater than that of the air and incoming solar energy penetrates the oceans by up to 200 meters.

Thickening ice in Antarctica has been predicted by climate scientists for a long time, as a consequence of the greater moisture - carrying capacity of warmer air, so evidence for a thickening ice sheet would actually support, not negate, other evidence for global warming.

Kenneth wrote: «Why do you think the 93 % does not «control» the 1 %, especially since the heat capacity of the ocean is more than 1,000 times greater than the air?»